rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the...

15

Transcript of rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the...

Page 1: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 2: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 3: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 4: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 5: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 6: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 7: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 8: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 9: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 10: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 11: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 12: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 13: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 14: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-
Page 15: rise.cs.berkeley.edu...architecture addresses and data types while the other uses those of the micro- architecture. A cache solves this problem. As shown in Figure I, the cache con-