By C.T. Leondes (Eds.)
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Electronic sign processing is a basic point of communications engineering that each one practitioners have to comprehend. Engineers are searhing for advice in procedure layout, simulation, research, and purposes to assist them take on their initiatives with higher pace and potency. Now, this severe wisdom are available during this unmarried, exhaustive source.
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Extra info for Digital Signal Processing Systems: Implementation Techniques
Memory access energy can be reduced further using low voltage differential signals for long lines, especially address and data buses at higher levels of the hierarchy. In a large memory subsystem, the power dissipated in a single 100MHz 10cm wire swinging 5 volts is 25mW. 5/zW. Wordline drivers are difficult to pitchmatch to DRAM. The layout becomes very inefficient when the cell pitch is less than 15~. In DRAMs, decoders are often placed on both sides of the memory array and the wordlines interleaved to meet the pitch.
On the other hand, the B RB number format has a feature that the SD number format does not have. The feature is that two 2's complement numbers can form one BRB number without needing any operations. This feature makes the B RB number format a more desirable choice than the SD number format for operations such as partial product summation in a multiplier. It also makes BRB adder design simpler than SD adder design. Since the BRB and the SD number formats have different advantages and disadvantages for different operations, it is desirable to use them for different subsystems in a signal processing system.
In digital neural net design, for example, this can be expressed as the number of connections per processor (CPP). The DARPA neural net study [Wei88] lists a variety of applications and their requirements in connections (C) and connections per second (CPS). These are reproduced in Figure 52. The o p t i m u m C P P is related to the C and CPS of an application by C P P -( C P S / C ) / ( C P S / P ) , where C P S / P , the number of connections per second per processor, is determined mainly by the technology.