Benjamin Crowley Champlain College CMIT-135-45 Week 4: Assignment 4 #18 When keeping in mind that MIPS stands for Million Instruction Per Second, 500 MIPS comes out to 500 million instructions per second. Since the question states that 56,000 bits over a second the transfer time would be 1/56000. 500,000,000*1/56,000= 8928 instructions per bit
Hi, as mentioned in previous mails I made a small experimental Puppet resource type which uses the UserMgr REST API. I will post the source later. In general the UserMgr-API made a very good first impression, but the following issues make it hard to use the API for configuration management frameworks, like Puppet.
To One: Each user-level thread maps to kernel thread Many to Many: Multiples many user-level threads maps to a smaller kernel thread. 23. Using the program below, identify the values of pid that will be printed at lines A, B, C, and D. (Assume that the actual pids of the parent and child are 9600 and 9750, respectively.) #include
SOF – The single dominant start of frame bit marks the start of a message, and is used to synchronize the nodes on a bus after being idle. Identifier-The Standard CAN 11-bit identifier establishes the priority of the message. Lower the value of identifier, its priority will be higher. RTR – The single remote transmission request (RTR) bit is used by the sender to inform receivers of the frame type.
RAM- Ram (random access memory) is a type of volatile (meaning it needs power to maintain data) memory that can have any byte accessed directly at any given time. The hard drive temporarily loads data for programs that are open into the ram because it can be accessed by the
Information in the RAM can be read and written quickly in any order. Usually the RAM is emptied every time the computer is turned off. It is known as 'volatile memory'. 1.8.2 ROM (Read-Only Memory) ROM is a memory chip where crucial system instructions (BIOS) are permanently stored. The data held on ROM can be read but not changed.
The assessment questions will be of the same standard and difficulty as the questions in the recommended handbook (but not necessarily the same). It is of the utmost importance that you do the end of the chapter problems yourself. They have been designed to teach you important principles that are
3) Describe local, class level and global level scope. What is meant by declaring variables "Local as Possible" why do you want to do
Popularity of Phone is seeing a steep rise. It is a communication gadget which can be used for different purposes. One basic reason is that iPhone has a huge storage capacity which allows storage of audio, contacts, photos, videos, and all other important information. Further it can be connected to the internet too. With all these features iPhone has gained prominence globally as a hi-tech mobile phone.
Answer the following questions 1. What are the different ways students take in information and process it? (Learning styles) Everyone processes and learns new
B. What does the teacher do? The teacher collects the homework. She will go over some homework problems if anyone had questions. She then has the students work on
Microprocessor picks up data from one of the registers for doing arithmetic or logical operation. Once the operation is over, it stores the result in a register. Data are usually loaded from memory to register. Similarly the resultant data will be loaded from registers to memory. eight Data registers D0 through D7.
In the binary system all numbers are made up of 1’s and 0,s. Data type can be text or numbers. Other data types such as sound and pictures are not discussed here. The computer divides data into small pieces called bits.
A number of performance models and evaluation techniques and user instruction set design--including RISC architecture, pipelined processors, input/output techniques, queuing modes, and extended instruction set architectures. A unique feature of its memory-centric approach--memory systems are discussed before processor implementations, computer architecture and implementation. CONCLUSION: Computer Architecture is the field that designs computers, which sets the foundation for the entire IT industry.
