UM_CMS AR_EE110008303UM_N.doc

BUSINESS UNIT ATMAS UNCLASSIFIED EE110008303UME184Issue NDate: 14/11/2008

Modernization Project of Romanian ATM System

USER MANUALfor

ARAD Control and Monitoring System

CDRL No. :

ISSUED BY :

SELEX SISTEMI INTEGRATI S.p.A.Via Tiburtina Km 12.400 - Roma

ITALY

The copyright in this document is the property of SELEX SISTEMI INTEGRATI S.p.A. The document is supplied on the express understanding that it is to be treated as confidential and that it may not be copied, used or disclosed to others in whole or in part for any purpose except as authorized in writing by SELEX SISTEMI INTEGRATI S.p.A.

This document contains a total of 87 pages

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TEMP-UK (ATC-Km 12.400) rev 6


DOCUMENT SECURITY CLASSIFICATION:

The recipient, and any other person to whom the recipient has communicated the contents of this document, shall treat this document in accordance with the requirements of Alenia document “Security Instructions” (LAMX02), 03 March 2000.

Any person others the authorised holder upon obtaining possession of this document, by finding or otherwise, should forward it by registered post, together with his name and address, in a sealed envelope to:

Ufficio SicurezzaSELEX SISTEMI INTEGRATI S.p.A. Via Tiburtina 12.40000131 RomeITALY

Any questions arising from this document should be addressed to:Fabio MORIGGISELEX SISTEMI INTEGRATI S.p.A.Air Traffic Management & Airport SystemsVia Tiburtina, Km 12.400 - 00131 RomaITALY

Telephone +39-06 4150-2325Fax +39-06 4150-3729

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Issue Authority

Prepared by :(Project Leader)

......................................................(Valter CIARAFFO)

Date:

Approved by:(Project Manager) ......................................................

(Sergio ARCERI) Date:

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REVISIONS RECORD SHEET

This sheet is a record of revisions to this document.

Issue Date Revised Pages Document Change Note

(DCN)Rev. A 28/11/01

Rev. B 15/01/02

Rev. C 27/03/03 First Issue

Rev.D 31/05/04 Paragraph 3.2.2

Rev.E 09/07/04 Pages 43, 44, 50, 65, 79

Rev.F 05/05/05 Pages 43, 49, 51, 52, 53, 54, 55

Rev.G 01/07/05 Global Configurations Table added

Rev.N 14/11/08 Pages 43, 51, 53, 54, 55, 56, 57, 58, 59, 61, 62, 63, 64, 65, 67, 82, 83, 90, 91, 92

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LIST OF ABBREVIATIONS

ABBR. DESCRIPTION

ACC Area Control Centre

ACD Advanced Common Database

ACK Acknowledge

ACL Arrival CLearance

ACR Arrival Clearance with Re-routing

AFTN Aeronautical Fixed Traffic Network

AIS Aeronautical Information Service

ALV Authorization LeVel

APP APProach control

ARR ARRival

ASF Assistant function

ASQ Arrival SeQuencing

ASS Assistant Controller

ATA Actual Time of Arrival

ATC Air Traffic Control

ATD Actual Time of Departure

ATI Actual Time of Inbound

ATM Air Traffic Management

ATO Actual Time Over

ATS Air Traffic Service

ATW Auxiliary Working Position

BRW BroWse

CNL CaNceL

CoMap Coordination Maps display

CSCI Computer Software Configuration Item

CWP Controller Working Position

DAIW Danger Area Infringement Warning

DARD Direct Access Radar Data

DCL Departure CLearance

DCR Departure Clearance with Re-routing

DEP DEParture list

DIS DISabled

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DLA DeLAy departure

DMD Dangerous area Map Display

EMG EmerGency

EST ESTimate

ETA Estimated Time of Arrival / Estimated Exit Time from the feeding fix (in ACL order)

ETD Estimated Time of Departure

ETI Estimated Time of Inbound

ETL Estimated Time of Landing

ETO Estimated Time Over

EXE EXEcutive function

FCK Formality ChecK

FCN Flight data CaNcellation

FDM Flight Data Management

FDP Flight Data Processing

FIR Flight Information Region

FL Flight Level

FLD FLDA Displaying

FLDA FLight DAta page list

FLDI FLight DIrectory list

FPLM Flight Plan Message list

FTR File TeRmination

GlobMap Global Mps display

I/O Input/Output

ICAO International Civil Aviation Organization

INBFIX INBound (entry) FIX

INI INItialize

LND LANding report

LRW Landing RunWay

LSV LaSt leVel

LVA planned/cleared LeVel Assignment

MET METeorological

MIL MILitary

MNG MaNaGement

MPG Map Generation System

MRT Multi Radar Tracking

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MSAW Minimum Safe Altitude Warning

NAVAID NAVigational AID

NM Nautical Miles

NOTAM NOtice to AirMan

NVS NaVigator aid

OBT Off Block Time

ODS Operator input and Display System

ONL ON Line

OP Operational

OPRSUP OpeRational SUPervisor

PCN Planning Cancellation

PEN PENding tracks

PKB ParKing Bay allocation

PLB PlayBack

PLC Planning Controller

PLN PlaNning function

QNH Barometric pressure / enter QNH

RCL en-Route CLearance

RCR en-Route Clearance with Re-routing

RDP Radar Data Processing

REC RECording

REG REGistration number

REP Position REport

REV estimate REVision

RHP Radar Head Processor

RNG RaNGe scale

RWY RunWaY

SBY Stand-BY

SID Standard Instrumental Departure

SIG fir SIGmet

SMD System Messages Dispatching (CSCI)

SRL SSR code ReLease

SSR Secondary Surveillance Radar / SSR code assignment

STAR STandard Approaching Route

SUM Software User Manual

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SUP SuPerVisor

SW SoftWare

TAS True Air Speed / change True Air Speed

TBD To Be Defined

TCA Traffic Conflict Alert

TKF TaKe-oFf report

TMA TerMinal Area

TMS Terminal Area management

TRW departure RunWay

TXT free TeXT

TWR control ToWeR

VDU Video Display Unit

VFR Visual Flight Rule

WTC WaTCher

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TABLE OF CONTENTS

1. SCOPE............................................................................................................................10

1.1 Identification...................................................................................................................................10

1.2 Document Overview.......................................................................................................................11

1.3 System overview..............................................................................................................................12

2. GLOSSARY OF TERMS.............................................................................................13

3. INTERFACE DESCRIPTION....................................................................................15

3.1 interface towards system functions...............................................................................................15

3.2 interface towards the operator......................................................................................................173.2.1 ATC STATUS Presentation.................................................................................................173.2.2 Synthesis Colours.................................................................................................................183.2.3 Navigation Through frame hierarchy...................................................................................193.2.4 MARK Picture.....................................................................................................................203.2.5 UNMARK Picture................................................................................................................213.2.6 Resume Picture.....................................................................................................................223.2.7 Notify message presentation................................................................................................233.2.8 Diagnostic message presentation.........................................................................................253.2.9 Diagnostic MESSAGE filtering...........................................................................................263.2.10 Diagnostic MESSAGE Enabling.........................................................................................273.2.11 Alarms presentation.............................................................................................................283.2.12 Alarms enabling...................................................................................................................293.2.13 User alarms setting...............................................................................................................303.2.14 User alarm disabling............................................................................................................313.2.15 User Access Control.............................................................................................................323.2.16 Data Logging Services Access.............................................................................................333.2.17 Help presentation.................................................................................................................34

4. COMMANDS FUNCTIONALITY.............................................................................35

5. CMS ERROR MESSAGES.........................................................................................37

6. CMS SESSION START-UP.........................................................................................39

7. CMS SESSION shut down.............................................................................................41

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1. SCOPE

1.1 IDENTIFICATION

Document Title:

- ARAD TECHNICAL PLANT User Manual for Control and Monitoring System

Approved identification Number:

- EE110008303UM

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1.2 DOCUMENT OVERVIEW

This software User Manual describes all commands accepted by the CMS, providing, when necessary, useful examples. Furthermore it provides a description of all CMS errors messages.

This manual includes the following chapters:

- System Overview:

it introduces, by a general point of view, the CMS system.

- Glossary:

it lists the abbreviations, acronyms and mnemonics used in this manual.

- Interfaces description:

it describes the CMS interfaces to the system functions and to the operator.

- Commands Functionality:

it describes all commands functionality performed by the CMS.

- Session Start up Description:

it describes the start up phase of the CMS

- Session Shut-Down Description:

it describes the session shut-down phase of the CMS.

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1.3 SYSTEM OVERVIEW

The CMS (Control and Monitoring System) has the role to monitor and control the behavior of the Air Traffic Control (ATC) system to guarantee reliable and safe operations of the system. The CMS system is installed in an ATC operative with the purpose to supervise computer nodes and equipment of ATC control rooms.

The CMS system monitors in real-time the data received from the interfaced computer nodes, equipment, and software functions which are installed either in radar sites or in the ATC control room. This data includes the status of the ATC components, diagnostic, alarm, and notification messages which are received from all ATC sub-system. Alarm messages are notified to the operator in a visual and audible way.

The CMS system also allows the operator to interact with the controlled ATC system. The CMS operator can send commands to the ATC subsystems and software applications (CSCI) in order to reconfigure the system, or to change its operational status, or to modify system parameters e.g. to accommodate the system after an anomaly occurred. Moreover, CMS performs real-time data logging services. All monitored data is recorded in real time. Log data can be retrieved by the operator and displayed on the workstations according to different selection criteria.

The CMS system is based on a modular architecture including computer nodes connected to a Local Area Network (LAN). The CMS hardware configuration consists of commercially-available, a LAN which interconnects the CMS workstations "designated" as "CMS LAN". In a minimum configuration, the CMS system consists of two CMS workstation installed in the TSM and in AACC SPV positions. A CMS workstation can be either configured as an "Operative Supervisor" or a "Technical Supervisor" mode. Each mode is associated to a given group of commands which the user is allowed to issue to the ATC system. In addition, a CMS can also support the "Global Supervisor" mode which allows the operator to issue all types of commands to the ATC system.

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2. GLOSSARY OF TERMS

ACK Acknowledgement

AD Applicable Document

AH Alarm Handler

AMP Alarm Message Panel

AMW Alarm Message Window

ATC Air Traffic Control

BITE Built-In Test Equipment

CCS CMS Communication Service

CMB CMS Menu Bar

CMS Control and Monitoring System

CSC Computer Software Component

CSCI Computer Software Configuration Item

CSU Computer Software Unit

CWF CMS Workstation Front-end

DAW Disabled Alarm Window

DH Diagnostic Handler

DMP Diagnostic Message Panel

DMW Diagnostic Message Window

FD Floppy Disk

FIFO First In First Out

GS General Supervisor

HD Hard Disk

I/O Input/Output

ICD Interface Control Document

IDD Interface Design Document

IP Internet Protocol

IRS Interface Requirements Specification

ISO International Standard Organization

LAN Local Area Network

MAC Medium Access Control

MARA Modular Architecture for Real Time Application

MMI Man Machine Interface

NMP Notify Message Panel

NMW Notify Message Window

OPS OPerative Site control room (ATC operative site)

ORH ORder Handler

OSF Open Software Foundation

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OSI Open System Interconnection

PDR Preliminary Design Review

PSA Test and Training room (ATC operative site)

CSV CMS SuperVisor

RDS RaDar Site

SCS Supervisor Communication System

SMD System Message Dispatcher

SO Operative Supervisor

SRS Software Requirements Specification

SSDD System/Segment Design Document

SSM System Status Monitoring

STD Software Test Description

STP Software Test Plan

STR Software Test Report

TBC To Be Confirmed

TBD To Be Defined

TCP Transmission Control Protocol

TCP-IP Transmission Control Protocol - Internet Protocol

TMP Technical Monitoring Presentation

TS Technical Supervisor

UDP User Datagram Protocol

WTB Window Title Bar

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3. INTERFACE DESCRIPTION

This chapter describes all the interfaces of the CMS towards the system components (functions) and the operator.

Annexes A, B and C give more detailed informations about the Man Machine Interface of the CMS workstations of ARAD TECHNICAL PLANT CMS.

Annex D describes in a more detailed way, the informations that each function sends on the LAN by means of the SMD function and how these informations are used to show the relevant status on the CMS.

3.1 INTERFACE TOWARDS SYSTEM FUNCTIONS

On each node of the system, a basic CSCI named System Message Dispatcher (SMD) is loaded, to interface all the other functions loaded on the nodes to the LAN.

In details, the SMD function provides the following services:

1. receives diagnostic and alarm consumption requests from nodal CSCIs and dispatches them diagnostic messages according to the requested level of priority;

2. receives status messages consumption requests by nodal CSCIs and dispatches them status messages received from the other system nodes;

3. dispatches to nodal CSCIs, either periodically, or on changes or on requests, the global status message of the node;

4. dispatches command messages from external and internal CSCIs to nodal CSCIs;

5. dispatches command messages from internal CSCI to CSCIs on other nodes in the system. SMD sends the command message to the SMD on the destination node. From the SMD on the destination node the command is dispatched to the destination CSCIs;

6. provides the services to synchronize all nodes with the system time;

7. provides timer management services for the time-out activation or the periodic activation of its services;

8. initializes all used resources of the internal operative system, internal mailbox, paths, buffer pools and timers and data structures;

9. exchanges synchronization messages with the other SMD in the system to keep aligned all used tables for inter node message dispatching;

10. provides the services to lock/unlock the node, enabling/disabling the execution of commands internal to the node according to the lock role;

11. executes commands directed to the system ("Set Password", "Disable Password", and "Change Password").

So SMD commands can provide the CMS with the information relevant to the control and monitoring of the node itself and of the other nodes present in the system. It provides the user with all the related information, with tables or messages on the I/O Console and by means of representation that uses different colours and levels on the CMS. As specified at point 2. , SMD receives and dispatches status message of every function loaded in a node. All related boxes and colours are shown in Annex A.

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The software functions, actually able to communicate with the CMS using the SMD function as S/W interface, are the following :

- Multi Radar Tracking (MRT)

- Recording & Playback (REC/PLB)

- Short Term Conflict Alert (TCA)

- Real Common Data (RCD)

- Playback Common Data (PCD)

- Advanced Display (ADI)

- Node supervisor (NSV)

- Track handler (TRH)

- Control Monitoring (CMS)

- Flight Data Processing (FDP).

Annex D describes all the informations available from the functions.

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3.2 INTERFACE TOWARDS THE OPERATOR

In this paragraph, the MMI (Man Machine Interface) of the CMS is described with reference to the levels, frame, colour and commands.

3.2.1 ATC STATUS Presentation

This function is automatically activated after the CMS start-up phase and its purpose is to detect and display in graphical way the system status variations and it is terminated by the Close Session command available on the menu-bar. This command quit the CMS application and terminate all CMS functions.

The ATC system in the CMS is represented with a set of monitoring pictures containing graphical objects representing a single system component or a set of system components. The monitoring pictures are organised in hierarchical way, so the top level picture (root picture) describes the whole ATC system in synthetic way, the lower level pictures represent part of the ATC system in more detailed way.

Only one monitoring picture at time can be displayed in the workspace area.

Graphical objects representing single system component (low level objects) have black background colour.

Graphical objects representing a set of system components (high level objects), have grey background colour and allow the downward navigation to display the lower level picture.

The system components status is represented by the graphical object frame colour and by explanatory texts associated to the related graphical objects.

The graphical objects will take a specific colour related to the status of the system component represented as show in the following table:

COMPONENT STATUS GRAPHICAL OBJECT COLOUR (degradation level)

Not Monitored Yellow ---

Stand-by or Reserve Cyan 1

Fault Red 2

Nominal Green 3

Logical Off Magenta 4

Degraded Orange 5

No Information White 6

TABLE 1

The colour upon shown can be either blinking or not. The blinking colours are used when a transition low level - higher level of degradation occurs.

The blinking colours are not applied to graphical objects contained in lowest level pictures.

The low level objects take the colour from the status of the system components represented by themselves.The high level objects take the colour resulting by synthesis of the status of the components represented by themselves.

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On a transition to an higher level of degradation of a system components, the related low level graphical objets and the affected high level graphical objects take the new colour and start to blink until the button “ack blink” is pressed by the user.

If the picture displayed is not the highest level picture (root picture) and a transition to an higher level of degradation of a system components occurs, the “Root” button start to blink in red colour to notify the user that a status of some components is degraded, and it stop blink when the user click on it, in this case the root picture will display and at least one graphical objet in it will blink. If the blinking object in the root picture is an high level graphical object the user can navigate to display the lower level picture to see which particular component caused the status changing.

If the picture displayed is not the highest level picture (root picture) and a transition to a lower level of Degradation of a system components occurs, the “Root” button start to blink in green colour to notify the user that a status of some components is improved and it stops blink when either the user click the “Root” button or a transition to an higher level of degradation of a system components occurs.

3.2.2 Synthesis Colours

The ATC system in the CMS is represented with a set of monitoring pictures containing graphical objects representing a single system component (Low Level Objects) or a set of system components (High Level Objects). The monitoring pictures are organised in hierarchical way, so the top level picture (root picture) describes the whole ATC system in synthetic way, the lower level pictures represent part of the ATC system in more detailed way (Annex A shows the monitoring pictures).

The system send to the CMS the status of single system components that are used to colour the frames of the related Low Level Objects but does not send the status of logical group of system components represented by the related High Level Objects, therefore the CMS, to retrieve their frame colour, use the status of the single system components represented by them and the Synthesis Table shown in Table 2.

The Synthesis Table allows, given two Low Level Objects colours, to retrieve the High Level Object colour. In case of more then two Low Level Objects colours the same logic in recursive way is applied, using the first synthesis result as operand for the next synthesis.

cyan magenta green orange red white

cyan CYAN MAGENTA GREEN ORANGE RED WHITE

magenta MAGENTA MAGENTA GREEN ORANGE RED WHITE

green GREEN GREEN GREEN ORANGE ORANGE ORANGE

orange ORANGE ORANGE ORANGE ORANGE ORANGE ORANGE

red RED RED ORANGE ORANGE RED WHITE

white WHITE WHITE ORANGE ORANGE WHITE WHITE

TABLE 2

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Every High Level Object contained in the root picture have associated the list of the Low Level Objects represented by them. The user can see this list by clicking with the middle mouse button on the High Level Object, and the synthesis window containing a list of toggle buttons appears. Each toggle button is labelled with the name of the Low Level Object represented by its followed by the status ON or OFF that means if it participates or not to the synthesis of the High Level Object.

Clicking one of this buttons it toggles to off, this means that Low Level Object represented by it will no more participate to the synthesis of the High Level Object colour until the same button is pressed again and turned to on.

NoteThe color of boxes "RADAR LINES" do not indicate an eventual failure of a channel not selected. In fact when a not selected radar channel is in failure the synthesis remains green. Only in case on Change Radar Channel (REL RCS) on fault channel will update the syntesys. This behaviour is due to absence of polling of radar channels from MRT functions is at least one channel is OK. In any case the failure of radar channel is visible into the RFE node status and RFE Function.

3.2.3 Navigation Through frame hierarchy

The ATC System is represented in the monitoring frame by means of a certain number of pictures containing graphical objects representing the system components or collections of system components.

The picture are organised in hierarchical way, so at the highest level there is a picture that summarise in it all the ATC system, at the lower levels there are pictures that describe in more detailed way the same component depicted at the higher level.

Graphical objects that are depicted in more detailed way in a lower level picture have the grey background. The navigation function is automatically activated during the CMS start-up phase.The user can navigate through the hierarchy frame in one of the following way:

1. by positioning the mouse cursor on the high level graphical object and clicking with the left mouse button to get the lower level picture (Downward Navigation).

2. by clicking the “Previous” button positioned in the title-bar to get the previous picture (Upward Navigation).

3. by clicking with the right mouse button in the monitoring frame to display the pop-up menu an then select the “Previous” item in the pop-up menu to get the previous picture (Upward Navigation).

4. by clicking the “Root” button positioned in the title-bar to get the highest level picture (Upward Navigation).

5. by clicking with the right mouse button in the monitoring frame to display the pop-up menu an then select the “Root” item in the pop-up menu to get the highest level picture (Upward Navigation).

6. by clicking the “Mark&Resume” button positioned in the title-bar to display a pop-up window as depicted in fig. 1. This window contains a list of previously marked pictures. The user can select one of these pictures and then click the Resume button to display the selected picture in the monitoring frame (see also Mark/Unmark procedure).

The navigation function is terminated by the Close Session command available on the menu-bar. This command quit the CMS application and terminate its functions.

After the navigation inputs given by the user, the previous picture disappear and the new picture is displayed in the monitoring frame.

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3.2.4 MARK Picture

This procedure in useful when the users need to navigate in a certain subset of pictures, so instead of navigate upward and downward, he can mark the more often used pictures and resume one of them using the Resume procedure.

The mark procedure is automatically initialised during the CMS start-up phase.

The user can mark the currently displayed picture in the following way:

STEP USER's ACTION / OUTPUTEVENT

1. Navigate through the pictures hierarchy to reach the picture to be marked

The interested picture is displayed in the monitoring frame and the picture title is displayed in the title-bar

2. Click on the Mark&Resume button in the title-bar

A pop-up window is displayed (see fig. 4)

3. Click on the Mark button in the pop-up window The current picture title is added on the list of marked picture in the pop-up window

4. Click on the Cancel button in the pop-up window

The pop-up window disappear.

The default list of pictures is defined at installation time.

The Mark Picture function is terminated by clicking the Cancel button in the Mark&Resume window and can be restarted in any moment after the start-up phase (see fig. 1).

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3.2.5 UNMARK Picture


The mark procedure is automatically initialised and activated during the CMS start-up phase.

In any moment after the start-up procedure, the user can unmark a previously marked picture in the following way:



A pop-up window containing a list of previously marked pictures is displayed

2. Select one picture in the marked pictures list The selected picture title in the list is displayed in reverse mode.

3. Click on the Unmark button in the pop-up window

The selected picture title in the list is removed.



The user can unmark all previously marked pictures in the following way:



A pop-up window containing a list of previously marked pictures is displayed

3. Click on the Unmark All button in the pop-up window

The marked picture list become empty.



The Mark Picture function is terminated by clicking the Cancel button in the Mark&Resume window and can be restarted in any moment after the start-up phase.

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3.2.6 Resume Picture


The mark procedure is automatically initialised and activated during the CMS start-up phase.

In any moment after the start-up procedure, the user can resume a previously marked picture in the following way:



A pop-up window containing a list of previously marked pictures is displayed (see fig. 1)

2. Select one picture in the marked pictures list The selected picture title in the list is displayed in reverse mode.

3. Click on the Resume button in the pop-up window

The selected picture appear in the workspace and its title is displayed in the title bar.



FIG. 1 - MARK/RESUME WINDOW

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3.2.7 Notify message presentation

The CMS provides displaying of system notification messages.

The system messages are displayed on the Notify Message Panel (NMP). This function is automatically started at CMS start-up time and terminate at CMS close session time.

The user is allowed to enlarge the NMP by activating the Notify Message Window (NMW) via the "Maximize" toggle button. When activated, the user is able to perform the following operations on the NMW:

move the NMW within the screen area scroll notification message within the NMW close the NMW by clicking on the Minimize push button

NMP and NMW have a similar layout. They both are composed by a scrolled list containing a set of system notification messages. The only difference between NMP and NMW consists in the number of item contained in the respective scrolled lists (see fig. 2).

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FIG. 2 - NOTIFICATION WINDOW

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3.2.8 Diagnostic message presentation

The CMS provides presentation of diagnostic messages in visual way. It displays the diagnostic messages received from the ATC system inside the Diagnostic Message Panel (DMP).

The user can enlarge the DMP by activating the Diagnostic Message Window (DMW) via the "Maximize" push button.

When activated, the user is able to perform the following operations on the DMW:

move the DMW within the screen area scroll notification message within the DMW close the DMW by clicking on the Minimize push button

The DMP and the DMW have the same functionality. The only difference between the DMP and the DMW consists in the number of diagnostic messages that the DMW contains with respect to the DMP.

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3.2.9 Diagnostic MESSAGE filtering

The user can disable presentation of diagnostic messages by means of Diagnostic Filter Window (DFW) shown in fig. 3 that provides mechanism to set diagnostic message filters according to the following selection criteria:

all diagnostic messages all diagnostic messages from a specific radar site all diagnostic messages from a specific ATC component all diagnostic messages from a specific ATC subsystem or radar site having a selected level of

priority all diagnostic messages containing a user defined text string

After selection of one of the criteria above the user can disable the presentation of a diagnostic message by clicking the “Set Filter” button in the DFW.

The DFW disappear when the user clicks the “Cancel” button.

To display the DFW the user shall select the “Set Filter” in the “Option” menu of the menu-bar .

FIG. 3 - DIAGNOSTIC FILTER WINDOW

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3.2.10 Diagnostic MESSAGE Enabling

The CMS User Interface allows the user to enable the presentation of diagnostic messages previously disabled by the user.

Selecting the “Filter List” item in the “option” menu of the menu-bar the Diagnostic Enable Window (DEW) appears (see fig. 4).

By means of DEW the user can:

enable all diagnostic messages by clicking the “Default” button on the DEW enable specific diagnostic message by select a filter item in filter list and then clicking “Remove” button. close the window by clicking the “Cancel” button.

FIG. 4 - DIAGNOSTIC ENABLE WINDOW

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3.2.11 Alarms presentation

System alarm messages are displayed in the Alarm Message Window (AMW) shown in fig. 5. The AMW automatically pop-up accompanied by a sequence of beep when an system alarm occurs, and the users can, in any moment redisplay it selecting the “Alarm Window” item in the “Option” menu of the menu-bar.

By means of the Alarm Message Window the user can:

Acknowledge a specific alarm message selecting the alarm in the alarm list and then clicking the “Acknowledge” button.

Acknowledge all alarms displayed in the alarm list clicking the “Acknowledge All” button. Disable a specific alarm selecting the alarm in the alarm list and then clicking the “Disable” button (see also

Alarms Enabling section). Close the window clicking the “Cancel” button.

FIG. 5 - ALARMS MESSAGE WINDOW

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3.2.12 Alarms enabling

The list of the disabled alarms is displayed in the Disabled Alarm Window (DAW) shown in fig. 6.

The user can pop-up the DAW clicking the “Disabled Alarms” button in the Title-bar.

By means of the DAW the user can perform the following operations:

enable a previously disabled alarm selecting the alarm in the alarm list and then clicking the “Enable” button.

enable all disabled alarms clicking the “Default” button. Close the window clicking the “Cancel” button.

FIG. 6 - DISABLED ALARMS WINDOW

Once an alarm is enabled, a new occurrence of it will cause the presentation of the alarm in the DMW accompanied by a sequence of beep.

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3.2.13 User alarms setting

The user can set the Alarm attribute to a specific diagnostic message (user defined alarm). Once a diagnostic message has the "alarm" attribute set, the TMP will handle it as an alarm message.

The Diagnostic Filter Window (DFW) shown in fig. 7 that provides mechanism to set diagnostic message filters according to the following selection criteria:

all diagnostic messages all diagnostic messages from a specific radar site all diagnostic messages from a specific ATC component all diagnostic messages from a specific ATC subsystem or radar site having a selected level of

priority all diagnostic messages containing a user defined text string

After selection of one of the criteria above the user can disable the presentation of a diagnostic message by clicking the “Set Filter” button in the DFW.

The DFW disappear when the user clicks the “Cancel” button.

To display the DFW the user shall select the “Set Filter” in the “Option” menu of the menu-bar .

FIG. 7 - USER ALARM DEFINITION WINDOW

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3.2.14 User alarm disabling

The list of the user alarms is displayed in the User Alarm Window (UAW) shown in fig. 8.

The user can pop-up the UAW clicking the “Reset User Alarms” button in the “Option” menu of the menu-bar.

By means of the UAW the user can perform the following operations:

remove a previously user defined alarm selecting the alarm in the user alarm list and then clicking the “Remove” button.

remove all user defined alarms clicking the “Default” button. Close the window clicking the “Cancel” button.

FIG. 8 - USER ALARMS WINDOW

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3.2.15 User Access Control

The CMS provides a password mechanisms to allow users send commands toward the ATC system.

The CMS provides three different set of commands for three categories of user:

Operative supervisor Technical supervisor Global supervisor

The operative supervisor commands set are mainly system configuration commands, the technical supervisor commands set are mainly technical commands and the global supervisor commands set includes both. In the system cannot be present in the same moment neither two Operative Session or two Technical Session, and cannot be present other supervisor session if a Global Session is already active.

The user can access one of the commands set above listed selecting the supervisor session desired in the “Session” menu of the menu-bar, after that a supervisor window (see fig. 9) appears the user can type his password into the specific text field and push the OK button. If in the system is not present another supervisor session of the same type and no Global session are already active, a new menu-bar appears to allow the user to send commands towards the ATC system.

A user access control window exists for each supervisor session.

To exit from an supervisor session the user shall select the “Close” item in the “Session” menu of the menu-bar.

FIG. 9 - GLOBAL SUPERVISOR WINDOW

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3.2.16 Data Logging Services Access

The CMS provides the user with the capability to retrieve and display logged diagnostic, notification, command, acknowledgement and alarm messages.

The CMS provided set of logged message retrieval windows allows the user to retrieve and display/print logged messages.

The user can issue commands to retrieve:

all logged messages all diagnostic and alarm messages all acknowledge and notify messages diagnostic messages of a specific level of priority diagnostic messages and alarms of a specified ATC subsystem diagnostic messages from a specified site

A log retrieval window exists for each one of the logged messages classes listed above (see fig. 10). A unique type of window exists, on the other hands, for operation on the log files (copy, change of directory, etc.) They have a layout similar at all to the command windows.

Sometimes in HDD logging file you can see time stamping 00:00:00 ma it refers to a re-starts of some equipments.

FIG. 10 - LOG MESSAGE RETRIEVAL WINDOW

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3.2.17 Help presentation

The CMS provides the user with help information in terms of:

command syntax command semantics clarification of any input field in an input form giving the required format and range specific window functions TMP version.

Help information is provided in dedicated help windows activated in the workspace.

Several access points to the help information is provided. The main one is constituted by the Help on version accessible by the Menu Bar. Furthermore, each command window provides proper help information (e.g. help on command syntax and semantic for the command window) accessible by an help push button on the window itself.

The window is closed by means of a close button on the help window itself.

Each help window presents a simple layout constituted by a scrolled text area, able to contain the help information, and the close button used to exit the help utility (see fig. 11).

FIG. 11- HELP WINDOW

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4. COMMANDS FUNCTIONALITY

The CMS allows the user to send command (i.e. controls) to the ATC system, subsystem, and software applications (CSCIs).

It allows the operator to edit a command string using guided input utilities designated as command windows, as well as to issue a free text command in a simple text input window (for experienced users).

The CMS provides the user with the capability to select and execute a command, by performing one of the following execution procedures:

Free input mode:

Activate the free input command window and edit the command and associated parameters in free text mode.

Send the command. Monitor the command acknowledgement.

Guided input mode:

Select a command from the Menu Bar and activate the related guided input command window Display the default values for each parameter Select the parameters associated with the simple command from a list of available option for each

parameter Send the command Monitor the command acknowledgement messages

All the command input mask are accessible by using the CMS main menu bar.

The command windows provided by CMS belong to two different types:

Free input command window Guided input command window

The guided command windows present a common layout (see fig. 13). They are composed by three different areas:

The command input area, used to enter the command The command output area, containing the command as it is issued toward the system and acknowledge on

the command execution The control area, containing three buttons, namely APPLY, CANCEL and HELP used to start, cancel and

ask help information on the command.

The free input command window is similar to the previous one (see fig. 12). The input area is constituted by a simple text field in which free text can be entered.

All commands are listed in Annex B.

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FIG. 12 - FREE INPUT COMMAND WINDOW

FIG. 13 - GUIDED INPUT COMMAND WINDOW

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5. CMS ERROR MESSAGES

The CMS provides error messages, in pop-up windows, to guide the user in correctly using the TMP capabilities. Those error messages are listed in the following paragraphs for each TMP capability.

NO. ERROR MESSAGE TYPE TEXT

1. ALARM ERROR MESSAGES "Alarm already set""No more alarm can be set""User alarm already set"No more user alarm can be set"

2. DIAGNOSTIC ERROR MESSAGES "Filter already set"No more filters can be set"Incomplete input entry"

3. LOGGER ERROR MESSAGES "You must wait until an acknowledgement or a time-out"Incorrect input entry on item %d"The %d entry must be integer"Value %d is out of range min=%d, max=%d"Complete the date and time"

4. NAVIGATION ERROR MESSAGES "Window already marked"No more windows can be marked"Window already displayed"

5. COMMAND ERROR MESSAGES "You must wait until an acknowledgement or a time-out""Incorrect input entry on item %d""Incorrect input entry on items %d-%d""The %d entry must be integer""The %d entry must be hexadecimal""Value %x is out of range min=%x, max=%x""Value %d is out of range min=%d, max=%d""Only one input entry on items %d-%d. Delete one""The input %d cannot be omitted"

6. SUPERVISOR ACCESS ERROR MESSAGES

"Cannot open the GLOBAL supervisor session"

"Cannot open the OPERATIVE supervisor session""Cannot open the TECHNICAL supervisor session"

7. TMP SYSTEM ERROR MESSAGES "Init_Comm failure""N_Bind_Queue failure""Set_Queue_Opt failure""Unbind_Queue failure""Close_Comm Failure""bad consumer; check CCS configuration file""Receive_Msg failure""s2_striparg failure""add window failure""format not jet implemented""dfd not found in the navigator db"

Those error messages are logged onto the file:

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cms.log

within the /tmp directory.

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6. CMS SESSION START-UP

The TMP CSCI is a part of the CMS subsystem that includes also the SCS and CWF CSCIs. All or part of the CMS subsystem resides on workstation called CMS.

The user cannot individually start the TMP CSCIs but can start-up the whole CMS subsystem on the CMS. In the following is described the CMS start-up procedure.

1. Digit Username and Password for login into the CMS account.

2. The Session Manager window and the Console Log are displayed on the screen. The Session Manager contains a menu-bar that allow the user to close the session or start the CMS application. ATC Systems with operative and training rooms the menu-bar have two buttons to start the CMS application in training room or operative room.

3. Start the CMS application clicking the button inside “Application” menu.

4. The Console Log window display the log of the CMS activation, verify that no error messages are displayed.

5. When the CMS subsystem is started the layout in fig. 14 is displayed on the screen.

The CMS layout is constituted by:

The Window Title-Bar

The Menu-Bar

The Workspace Area

The Notification Message Panel (NMP) and its associated Minimize/Maximize toggle button

The Diagnostic Message Panel (DMP) and its associated Minimize/Maximize toggle button

The Window Title-Bar contains the title of the current picture displayed in the Workspace Area, the system time, the number of disabled alarms and the following button:

Notes: allow the user to access to the notes window.

Ack Blink: allow the user to interrupt the color blinking inside the Workspace Area.

Root: allow the user to display the highest level picture in the Workspace Area.

Previous: allow the user to display the higher level picture in the Workspace Area.

Mark&Resume: allow the user to access to the Mark&Resume window used to navigate through the picture hierarchy.

Disable Alarm: allow the user to access to the Disabled Alarm window that contains a list of the disabled alarms.

The Menu-Bar contains a list of item that provide access to specific menu .

The Workspace Area is used to display the monitoring pictures.

The Notification Message Panel is used to display the notification messages received from the ATC system.

The Diagnostic Message Panel is used to display the diagnostic messages received from the ATC system.

Two toggle button between the message panels are used to maximize or minimize the panels.

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FIG. 14 - TMP STANDARD LAYOUT

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7. CMS SESSION SHUT DOWN

To stop the application and close the session the user shall follow the following steps:

1. ensure the CMS is in watcher mode (the first item of the menu-bar shall be “Session”)

2. click on the “Session” item of the menu-bar and choose “Close”

3. a pop-up window appears asking if you are sure to quit CMS application, choose “YES” to confirm or “CANCEL” to abort.

4. the CMS application disappear

5. wait the Console Log displaying “s2_init terminated”

6. click on the “Session” item of the Session Manager menu and choose “Close” to exit the CMS account.

WARNING: if you want to restart the CMS application without exit the CMS account you must wait the Console Log displaying “s2_init terminated”

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ANNEX A

(MONITORING PICTURES)

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ANNEX B

(COMMANDS LIST)

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BAR GROUP ORDER LEVEL 2 FUNCTION TRILIT POWER

GLOBAL SES. END SESSION TMP # G

TECH. SESS. END SESSION TMP # T

OPER. SESS. END SESSION TMP # O

WATC. SESS. END SESSION TMP # W

SYSTEM SWITCH NODE ROLE SYS MST G/T

SWITCH RADAR LAN ATT CSL G/T

SELECT RADAR LINES CDP RCS G/T

DISS CHANGE REL DSC G/T

DISS DELETE REL DSD G/T

CHANGE PASSWORD SYS CPW G/T

DARD SELECTION REL DRS G/T

MRT SELECTION MRT MRS G/T

RADAR MANAGEMENT MRT RDR G/T

MRT PARAMET.

DISPLAY RADAR TABLE MRT RTB G/T

DISPLAY RADAR INPUTS LAN MRT RIL G/T

CONFIG FILE LOAD MRT LOA G/T

CONFIG FILE DUMP MRT DMP G/T

DISPLAY E-BYP PARAMETER MRT RCT G/T

CHANGE E-BYP PARAMETER MRT MCT G/T

RESTORE PARAMETER MRT RST G/T

DISPLAY RADARS COUPLES MRT RCP G/T

MODIFY RADARS COUPLES MRT MCP G/T

DELETE RADARS COUPLES MRT DCP G/T

PERFORM RADARS ALIGNMENT MRT RAL G/T

CHANGE ANGULAR DEVIATION MRT DEV G/T

DISPLAY ANGULAR CORRECTION MRT RAC G/T

SEND CONFIG MESSAGE MRT CNF G/T

DISPLAY MANOEUVRE PARAM MRT DMN G/T

DISPLAY LOST MESSAGES MRT LST G/T

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CONFIGUR. SECTOR CONFIGURATION CDP RIC G/O

GLOBAL CONFIGURATION CDP SRC G/O

PHYSICAL ASSIGNMENT REL CPA G/T/O

FUNCTION ASSIGNMENT REL LFA G/O

LAN SWITCHING CDP NWS G/T

LAN ASSIGNMENT CDP LAS G/T

RECORDING ASSIGN FILE REC ASF G/T/O

DEASSIGN FILE REC DAF G/T/O

START REC REC RUN G/T

STOP REC REC PAU G/T

REC INFO REC SHO G/T/O

MONITORING REC MON G/T/O

CHANGE FILE REC CHF G/T/O

PLAYBACK ASSIGN PRINTER PLB ASSP G/T

DEASSIGN PRINTER PLB DEAP G/T

ASSIGN FILE PLB ASF G/T/O

DEASSIGN FILE PLB DAF G/T/O

ASSIGN VOICE RECORDER PLB ASS_V G/T/O

DEASSIGN VOICE RECORDER PLB DEA_V G/T/O

MOUNT FILE PLB MOF G/T/O

DISMOUNT FILE PLB DMF G/T/O

START PLB PLB RUN G/T/O

STOP PLB PLB PAU G/T/O

MONITORING PLB MON G/T/O

PLB INFO PLB SHO G/T/O

POSITIONING PLB POS G/T/O

PLB REVIEW PLB REV G/T/O

BACKUP ASSIGN DAT BCK ASS G/T

DEASSIGN DAT BCK DEA G/T

MOUNT DAT BCK MOU G/T

DISMOUNT DAT BCK DMO G/T

RESTORE FROM DAT BCK RST G/T

MONITOR DAT BCK MON G/T

SHOW DAT BCK SHO G/T

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TCA ENABLE/DISABLE FUNCTIONS TCA MTPB G/T/O

DISPLAY PARAM. TCA DTP G/T/O

MODIFY PARAM. TCA MTP G/T

DISPLAY TCA INFORMATION TCA INF G/T/O

SAVE TCA PARAMETERS TCA STP G/T

LOAD TCA PARAMETERS TCA LTP G/T

REMOVE TCA PARAMETERS TCA RTP G/T

LOAD GEOGRAPHY FILE TCA LGW G/T

RADARS TRH ORDERS TRH See level 3 G/T

SECONDARY RADAR SSR See level 3 G/T

RADIN MODIFY INPUT FILTER XDN IGS G/T

DISPLAY INPUT FILTER XDN IGD G/T

ENABLE INPUT FILTER XDN IGF G/T

MODIFY MODE CODE FILTER XDN IMS G/T

DISPLAY MODE CODE FILTER XDN IMD G/T

DELETE MODE CODE FILTER XDN DMC G/T

ENABLE MODE CODE FILTER XDN IMF G/T

MODIFY CONFIGURATION PARAMETER

XDN CCP G/T

ENABLE CONFIGURATION PARAMETER

XDN ESC G/T

DISABLE CONFIGURATION PARAMETER

XDN SCP G/T

MODIFY OUTPUT FILTER XDN OGS G/T

DISPLAY OUTPUT FILTER XDN OGD G/T

ENABLE OUTPUT FILTER XDN OGF G/T

LINE STATUS DISPLAY XDN LSD G/T

LOG FILE LOG ON LOG Logging_on G/T

LOG OFF LOG Logging_off G/T

BACKUP START LOG Start_backup G/T

RETRIEVE LOAD TAPE LOG Load_tape G/T

RETRIEVE VIEW LOG LOG RET_log_view G/T

RETRIEVE SHOW DATA LOG RET_show_data G/T

VIEW LOG LOG Log_View G/T/O

SHOW DATA LOG Show_Data G/T/O

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ALARMS ALARM WINDOW TMP # G/T/O/W

SET USER ALARMS TMP # G/T/O/W

RESET USER ALARMS TMP # G/T/O/W

ALARM SOUND ON/OFF TMP # G/T/O/W

OPTIONS FREE INPUT ORDERS TMP # G/T

SET DIAGNOSTIC FILTERS TMP # G/T/O/W

RESET DIAGNOSTIC FILTERS TMP # G/T/O/W

DEFAULT SYSNTHESIS TMP # G/T/O/W

HELP INDEX TMP HLP G/T/O

ON VERSION TMP VER G/T/O/W

COLORS TMP COLORS G/T/O/W

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ORDER LEVEL 2 ORDER LEVEL 3 FUNCTION TRILIT POWER

TRH ORDERS INPUT LINK MONITORING AND SELECTION

TRH See level 4 G/T

INPUT DATA FILTERING TRH See level 4 G/T

BIAS AND COLLIMATION CORRECTION

TRH See level 4 G/T

PSR VS. SSR COMBINING TRH See level 4 G/T

SCAN-BY-SCAN TRACKING TRH See level 4 G/T

RECOGNITION OF FALSE TARGET

TRH See level 4 G/T

WEATHER DATA MANAGEMENT TRH See level 4 G/T

OUTPUT DATA FILTERING TRH See level 4 G/T

OUTPUT LINKS MONITORING AND SELECTION

TRH See level 4 G/T

SECONDARY RADAR SWITCH ANTENNA ROTATION SEC ANT G/T

SWITCH ANTENNA RADIETION SEC RAD G/T

TOGGLE CHANGE-OVER MODALITY SEC AUT G/T

EXECUTE MANUAL CHANGE-OVER SEC CHA G/T

SWITCH TWIN CHANNEL SEC PWR G/T

SET 1st INTERROGATION MODE SEC MD1 G/T

SET 2nd INTERROGATION MODE SEC MD2 G/T

SET 1st INTERLACE TYPE SEC IN1 G/T

SET 2nd INTERLACE TYPE SEC IN2 G/T

PROCEDURES SEC See level 4 G/T

SET SEDICANT NUMBER SEC SED G/T

SET TRIGGER MODALITY SEC TRG G/T

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ORDER LEVEL 3 ORDER LEVEL 4 FUNCTION TRILIT POWER

INPUT LINK MONITORING AND SELECTION

DISPLAY INPUT LINE STATUS TRH ILT G/T

DISPLAY INPUT STATIST. TABLE TRH IST G/T

PRIMARY INPUT CHANNEL MAIN TRH PIC G/T

INPUT DATA FILTERING DISPLAY CLUTTER MAPS TRH DCM G/T

MODIFY CLUTTER MAP TRH MCM G/T

ENABLE CLUTTER MAP TRH ECM G/T

DISPLAY PRIMARY INPUT MAPS TRH DPM G/T

MODIFY PRIMARY INPUT MAP TRH MPM G/T

ENABLE PRIMARY INPUT MAP TRH EPM G/T

DISPLAY UNTRACKED CODES TRH DUC G/T

MODIFY UNTRACKED CODE TRH MUC G/T

DISPLAY SECONDARY INPUT MAPS TRH DSM G/T

MODIFY SECONDARY INPUT MAP TRH MSM G/T

ENABLE SECONDARY INPUT MAP TRH ESM G/T

BIAS AND COLLIMATION CORRECTION

DISPLAY SITE MONITORS PARAMETERS

TRH SIT G/T

MODIFY SITE MONITOR PARAMETERS

TRH SIS G/T

STATISTICAL CORRECTION TABLE TRH SCT G/T

PSR. VS. SSR COMBINING

MODIFY COMBINING PARAMETERS TRH MCP G/T

SCAN-BY-SCAN TRACKING

DISPLAY TRACKING THRESHOLDS TABLE

TRH TTT G/T

MODIFY TRACKING SCAN THRESHOLDS

TRH TTS G/T

MODIFY TRACKING RANGE THRESHOLDS

TRH TTR G/T

RECOGNITION OF FALSE TARGET

ENABLE ANTI-REFLECTION FILTER TRH REF G/T

DISPLAY GROUP CODES TRH DGC G/T

MODIFY GROUP CODE TRH MGC G/T

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WEATHER DATA MANAGEMENT

DISPLAY INPUT WEATHER TABLE TRH IWT G/T

DISPLAY OUTPUT WEATHER TABLE TRH OWT G/T

OUTPUT DATA FILTERING

DISPLAY OUTPUT FLOWS TABLE TRH TST G/T

SELECT OUTPUT FLOW TRH SOF G/T

MODIFYT OUTPUT WINDOWS TRH WID G/T

MODIFY OUTPUT WINDOW TRH WIS G/T

ENABLE OUTPUT WINDOW TRH WIA G/T

OUTPUT LINKS MONITORING AND SELECTION

DISPLAY OUTPUT STATISTICAL TABLE

TRH OST G/T

ABILITY MAINTENANCE OUTPUT FLOWS

TRH AOF G/T

PROCEDURES LOAD PROCEDURE SEC LOD G/T

DISPLAY PROCEDURE SEC DSY G/T

PRESET PROCEDURE SEC PRE G/T

ACTIVATE PROCEDURE SEC ACT G/T

DEACTIVATE PROCEDURE SEC DEA G/T

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ANNEX C

(CMS HIERARCHY FOR ARAD TECHNICAL PLANT SYSTEM)

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At start-up the Workspace displays the root Frame in the Monitoring Frame hierarchy as in the following:

I LEVEL II LEVEL III LEVEL

Radar Heads:

MAR MA1, MA2SSRANTProcessors:

RDN RF1, RF2RDP RD1, RD2FDP FP1, FP2MTCMNA

MT1, MT2MN1,MN2

CMS CM1

Sectors:BPT D01, D02BPM D03, D04MGT D05, D06MGM D07,D08SVB D09MWX D10THATAATABTACLOTLOMKOTKOMNRTNRMNPTNPMBPABPBBPCMGAMGBMGCLOALOBLOCKOAKOBKOCNRA

D11D12,D13D14,D15D16,D17D21,D22D23,D24D31,D32D33,D34D41,D42D43,D44D51,D52D53,D54L01,L02L03,L04L05,L06L07,L08L09,L10L11,L12L13,L14L15,L16L17,L18L19,L20L21,L22L23,L24L25,L26

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NRBNRCNPANPB

L27,L28L29,L30L31,L32L33,L34

Configurations:RELPLB

Functions:MRTDARDTCAFDPMTCMNARECPLBBCKRDN

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ANNEX D

(FUNCTION INTERFACES)

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Node Supervisor Function

The Node Supervisor function gives to CMS only physical informations. The status message is byte-structured. The following informations are given:

- Device role informationNSV role are the following:- MASTER- SLAVE- MASTER ALONE- SINGLE

- Information about the physical status of the correspondent nodes.- Information about the physical status of interface hardware modules (used to give the synthesis on level

two of the correspondent node in the Processors Status Area).- Information about the peripheral connected to devices presented only on the third level.

The informations about the node status are used to give the synthesis on the first level of the Processors Status Area according to the table 2.

Track Handler Function

The TRH function gives to CMS only logical informations. The status message is byte-structured.

Status will be send to CMS both by the function housed in master and by that housed in slave computer.

The following logical informations are given:

- Informations about serial lines status are given by TRH function point of view (lines coming from radar and towards the ATSC).

- Information about the logical active functions as TRK (Tracking), COM (Combining) and MET (Meteo), if present.

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SMD Function

The SMD function gives to CMS only logical informations. The status message is byte-structured.

The following logical informations are given:

- Information about the LAN connection (used for the LAN on the first and second Levels of the Processor Status Area and PROCs frame of Radar Site) .

- Information about the synchronization of each node directly connected to UTC.- Information about the status of the TLC/S lines.

Function TTM ( Telesignal Telecontrol Management)

The status message of the TTM function is byte structured.This message will be send to CMSboth by the function housed in master and by that housed in slave computer.The following logical informations are given:

- Information about the status of the local panel PSR,SSR and WDP,for each channel and the status of DIP alarm

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ANNEX E

(CMS REL COMMANDS)

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Not all the REL commands, which in general can be issued from the I/O consoles, are allowed to be issued by the CMS operator.

The only commands which can be issued are the following one:

GROUP NAME ORDERSystem Dard selection REL DRSSystem Disseminator change REL DSCConfiguration Disseminator delete REL DSDConfiguration Physical assignment REL CPAConfiguration Function assignment REL LFA

All these orders will produce an acknowledgement in the CMS notify window.

All the other REL commands must be done by the window Free Text. In this case the order must follow the name of the node to which the command will be done and the result of the command will be seen in the display of the node, not in the window of the CMS output command.

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ANNEX F

(GLOBAL CONFIGURATIONS)

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ARAD GLOBAL CONFIGURATIONS

Logical standard configuration n. 1

Name S

Suite name BPT BPM MGT MGM SVB MWX THA BPA BPB BPC MGA MGB MGC LOT LOM LOA

Status of suite Composed Composed Composed Composed Standby Simple Standby Standby Standby Standby Standby Standby Standby Composed Composed StandbyAbsorbed sectors BPA

BPBBPC MGA

MGBMGC LOA

LOBLOC

Suite name LOB LOC KOT KOM KOA KOB KOC NRT NRM NRA NRB NRC NPT NPM NPA NPB

Status of suite Standby Standby Composed Composed Standby Standby Standby Composed Composed Standby Standby Standby Composed Composed Standby StandbyAbsorbed sectors KOA

KOBKOC NRA

NRBNRC NPA NPB

Suite name TAA TAB TAC

Status of suite Simple Simple SimpleAbsorbed sectors

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Name A


Status of suite Standby Composed Composed Standby Standby Simple Standby Standby Standby Standby Standby Standby Standby Composed Composed StandbyAbsorbed sectors BPC

MGMMGC

MGAMGBBPTBPABPB

LOALOB

LOC


Status of suite Standby Standby Composed Composed Standby Standby Standby Composed Composed Standby Standby Standby Composed Composed Standby StandbyAbsorbed sectors KOA

KOBKOC NRA

NRBNRC NPA NPB



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Name C


Status of suite Composed Composed Composed Composed Standby Simple Standby Standby Standby Standby Standby Standby Standby Standby Standby StandbyAbsorbed sectors BPA

BPBKOTKOAKOBKOCKOMNRTNRANRBNRCNRM

BPCNPTNPANPBNPM

MGAMGB

MGCLOTLOALOBLOCLOM


Status of suite Standby Standby Standby Standby Standby Standby Standby Standby Standby Standby Standby Standby Standby Standby Standby StandbyAbsorbed sectors



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