Average machine cycles per instruction and clock rate

Related BrainMass Solutions

• Processor design: Evaluate performance improvement options

  Average instruction execution time for programs on processor Y = 1 * 35% + 2 * 30% + 3 * 35% cycles = 0.35 + 0.60 + 1.05 cycles = 2 cycles Average number of program instructions executed per second on processor Y = 1.8 GHz / 2 cycles = 0.9 * 10

• Polling, Instructions executed per second

  456660 Polling and Instructions Executed per Second Machine M runs at 3 GHz. When running program P, its CPI = 1.5. (a) How many instructions will be executed during 1 second while running program P?

• Average Wait Time and Turnaround Time

  (Hint: calculate: Program clock cycles / (Swap clock cycles + Program clock cycles)). Show your work and how you arrived at the solution. 3. How many 512 byte blocks are required to store a 1.6MB file? 4.

• Effective Access Time

  A cache access requires 2 clock cycles, and main-memory access requires 40 clock cycles. The Effective Access Time for this system is how many clock cycles?

• Time taken to get the status and service the I/O device

  Processor clock speed = 8-MHz i.e. (8 * 10^6) clock cycles per second.

• Data Transfer Rate

  149674 Data transfer rate 32-bit microprossor 16 bit external data bus driven by an 8 MHz input clock bus cycle: minimum duration equals 4 input clock cycles What is the maximum data transfer rate across the bus that this microprocessor can sustain

• bit pair recoding

  The multiplier continues to
  multiply the two values using bit-pair recoding and combined shift/add cycles to
  complete in bits/2 clock cycles. Upon completion, done is asserted and remains asserted
  until the next start signal.

• Computers & Information Processing

  Clock speed - The clock rate is the fundamental rate in cycles per second, measured in hertz, at which a computer performs its most basic operations such as adding two numbers or transferring a value from one processor register to another.

• planned ending inventory

  If there presently are 20,000 machine cycles worth of molded products inventory on hand and 6,000 cycles per month is the planned production rate, what is the planned ending inventory?