Ecet 330 final exam new 2016
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This document contains the questions and answers for an ECET 330 final exam. It includes 10 multiple choice questions covering topics like dynamic memory, von Neumann architecture, CodeWarrior assembler, HCS12 instruction set, BCD conversion, and creating pulse waves. It also includes 5 questions asking to write code sequences or programs to perform tasks like adding values from two memory locations, counting even/odd numbers in an array, and repeatedly writing values to locations with delays. The document provides a way to purchase access to solutions for exams, courses, and homework assignments.
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The document introduces PIC microcontrollers and assembly language, noting that assembly language uses mnemonic instructions that must be translated to machine code by an assembler. It explains the assembling and linking process used to convert assembly code to machine code that can be burned into the PIC's program memory. Various PIC assembly language instructions are also described, including MOVLW, MOVWF, logic instructions, and bit manipulation instructions to set and clear bits on I/O ports.
Drdo 2008-cse-paper
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Assembler Programming
The document discusses an example assembly language program that implements a delay of 0.01 seconds using an 8051 microcontroller. It explains that the program uses nested loops and a subroutine to achieve the fixed, loop, and adjustment times needed for the desired delay. Registers R0 and R1 are used to control the loop counts. The program returns after completing all loops and the subroutine to produce the accurate 0.01 second delay.
8 bit Microprocessor with Single Vectored Interrupt
SoC consists of instruction memory, main memory and microprocessor unit. Instructions are fetched using PC and as per the instruction, main memory and register memory are accessed. 8 bit data bus is built. Working on developing programs to look for microprocessor operation.
4bit PC report
4bit PC_DSD_report[CSE-08_Section-B2_Group-02]
Courtesy:
Tanvir Al Amin Popel
Tanvir Ahmed Khan
Imtiaz Ahmad
4bit pc report[cse 08-section-b2_group-02]
The document describes the design and implementation of a 4-bit very simple computer system as an assignment. Key aspects of the design include a 2-stage pipeline with separate fetch and execution units, Harvard architecture with separate instruction and data memory, and a microprogrammed control unit. The computer is designed to execute 28 instructions from an assigned instruction set in an efficient manner using as few clock cycles and chips as possible.
Alp 05
1) The document introduces 8086 assembly language programming concepts like variables, assignment, input/output, control flow, and subprograms.
2) Variables can be registers and assignment uses MOV instructions. Input/output requires calling operating system functions through software interrupts.
3) Loops can be implemented using conditional jump instructions and labels. A complete program example displays the character 'a' using MOV, INT, and return instructions.
Chapter 1SyllabusCatalog Description Computer structu
Chapter 1
Syllabus
Catalog Description: Computer structure, machine representation of data,
addressing and indexing, computation and control instructions, assembly
language and assemblers; procedures (subroutines) and data segments,
linkages and subroutine calling conventions, loaders; practical use of an
assembly language for computer implementation of illustrative examples.
Course Goals
0 Knowledge of the basic structure of microcomputers - registers, mem-
ory, addressing I/O devices, etc.
1 Knowledge of most non-privileged hardware instructions for the Ar-
chitecture being studied.
2 Ability to write small programs in assembly language
3 Knowledge of computer representations of data, and how to do simple
arithmetic in binary & hexadecimal, including conversions
4 Being able to implementing a moderately complicated algorithm in
assembler, with emphasis on efficiency.
5 Knowledge of procedure calling conventions and interfacing with high-
level languages.
Optional Text: Kip Irvine, Assembly Language for the IBM PC, Prentice
Hall, 4th or 5th edition
1
Additional References: Intel and DOS API documentation as presented
in Intel publications and online at www.x86.org; lecture notes (to be sup-
plied as we go).
Prerequisites by Topic. Working knowledge of some programming lan-
guage (102/103: C/C++); Minimal programming experience
Major Topics Covered in the Course:
1 Low-level and high-level languages; why learn assembler?
2 How does one study a new computer: the CPU, memory, addressing
modes, operation modes.
3 History of the Intel family of microprocessors.
4-5 Registers; simple arithmetic instructions; byte order; Arithmetic and
logical operations.
6 Implementing longer integer type support; carry and overflow.
7 Shifts, multiplication and division.
8 Memory layout.
9 Direct video memory access; discussion of the first project.
10 Assembler syntax; how to use the tools.
11-13 Conditional & unconditional jumps; loops; emulating high-level lan-
guage constructions; Stack; call and return; procedures
14-15 String instructions: effcient memory-to-memory operations.
16 Interrupts overview: interrupt table; how do interrupts work; classif-
cation.
17 Summary of the most important interrupts.
18-20 DOS interrupt; File I/O functions; file-copy program; discussion of
the second project
21 Interrupt handlers; keyboard drivers; timer-driven processes; viruses
and virus-protection software.
2
22 Debug interrupts; how do debuggers and profilers work.
23-24 (Optional).interfacing with high level languages; Protected mode fun-
damentals
Grading The grading is based on two projects, midterm project is 49%
and the final is 51%. Please note that the projects are individual, submitting
projects that are similar to submissions of others and/or are essentially
downloads from the Web would result in a fail.
Office Hours My hours this term for CSc 210 will be 3:45 ¶Ł 4:45 on
Mondays.
Zoom links:
11am https://ccny.zoom.us/j/8 ...
Assembly Language Paper.docx
The document discusses assembly language and programming for microprocessors. It provides examples of assembly language instructions like MOV, MVI, ADD, SUB, logic operations, branching instructions. It explains concepts like registers, flags, addressing modes. It discusses how a microprocessor works, fetches and executes instructions from memory. Example programs are provided to demonstrate various instructions and addressing modes.
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IFSM 310 Software and Hardware Infrastructure ConceptsComputer.docx
IFSM 310 Software and Hardware Infrastructure Concepts
Computer and Number Systems
1.
(10 pt)
You have been hired to develop a website-based sales system for a large international retail firm. List and describe at least four features that are specific to the Web design of your system and customer service important to consider if your system is to be successful at attracting and keeping customers living outside of the US. Include not only characteristics of the user interface, but those issues that must be uniquely addressed to successfully service your non-US customers.
2.
(2.5 pt each)
In order to receive credit for these problems, you must show all of the steps you took to arrive at your answers.
(c) Convert the following decimal number to binary:
21842
(d) Convert the following binary number to decimal:
11000111011.101
(c) Convert the following hexadecimal number to decimal:
CA97
(d) Convert the following binary number to hexadecimal:
1110011111011010100
CPU and Memory
3.
(10 pt)
ASCII, Unicode, and EBCDIC are, of course, not the only numeric / character codes. The Sophomites from the planet Collegium use the rather strange code shown in the Figure below. There are only thirteen characters in the Sophomite alphabet, and each character uses a 5-bit code. In addition, there are four numeric digits, since the Sophomites use base 4 for their arithmetic. Given the following Sophomite sequence, what is the corresponding binary message being sent by the Sophomites?
(HINT: Decode the sequence reading from left to right then write the corresponding binary sequence, leaving a space between each binary sequence.)
4.
(10 pt)
Define memory cache write-through and write-back techniques and describe the advantages and disadvantages of each.
Input / Output
5. Answer the follow questions about interrupts.
a.
(5 pt)
Describe in detail the steps that occur when a system receives an interrupt.
b.
(5 pt)
Describe how these steps differ in the case when a system receives multiple interrupts
Computer Systems
6. Answer the following questions about clusters.
a.
(5 pt)
Describe how you might use a cluster to provide fault-tolerant computing
b.
(5 pt)
Describe how you might use a cluster architecture to provide rapid scalability for a Web-based company experiencing rapid growth.
Networks
7. Answer the following questions about communication protocols.
a.
(5 pt)
Using the operations of UDP (User Datagram Protocol) and TCP (Transmission Control Protocol) as a basis, carefully explain the difference between connectionless and connection-oriented communication.
b.
(5 pt)
If you were ordering a number of items from an online seller, such as amazon.com, which Protocol (TCP or UDP) would you recommend and explain why
.
8. In the context of network security,
a.
(3 pt)
exp.
Gsp 215 Effective Communication / snaptutorial.com
This document provides details for the homework and labs for GSP 215 over 7 weeks. It includes assignments on command line usage, binary representation, memory management, and optimizing program performance. Students are asked to complete homework problems, code implementations, and submit screenshots of their work. The labs involve exploring machine code representations, memory usage, and analyzing algorithm performance.
Code optimization
The document discusses various techniques for compiler code optimization including local, global, and peep-hole optimizations. Local optimizations such as constant folding, propagation, and dead code elimination are performed within basic blocks. Global optimizations analyze control and data flow across basic blocks. Peep-hole optimizations make machine-specific improvements by considering a few instructions at a time. The goal of all these optimization techniques is to improve performance by generating more efficient executable code without changing program behavior.
Code optimization
Compiler code optimizations help improve the performance of generated machine code in three ways:
1) Local optimizations improve individual basic blocks without considering control or data flow between blocks. This includes constant folding, propagation, and dead code elimination.
2) Global optimizations analyze control and data flow across basic blocks through techniques like common subexpression elimination.
3) Peephole optimizations make small, machine-specific improvements by examining one or two instructions at a time, such as replacing redundant loads and stores or using architectural idioms.
Basic programming of 8085
1. The document discusses basic programming of the 8085 microprocessor. It covers the different types of programming languages including machine language, assembly language, and high-level languages.
2. The 8085 instruction set is classified into different groups like data transfer, arithmetic, logical, branch, and machine control instructions. Common instructions like MOV, ADD, SUB, and CALL are described.
3. The document provides examples of 8085 programs and instructions to load data, perform arithmetic operations, manage the stack, handle I/O, and control program flow. It also discusses assembler format and use of registers like the accumulator, flag register, and stack pointer.
Microprocessorandmicroconrollermcq3 121116120640-phpapp02
The document contains multiple choice questions related to microprocessors and microcontrollers. It covers topics like 8085 architecture, 8051 architecture, 8051 registers and SFRs, addressing modes, 8086 assembly language instructions, and their operation. Some questions test understanding of interrupt priorities, I/O addressing, stack operations, arithmetic and logical instructions on 8-bit and 16-bit processors.
Programming with 8085.pptx
This document provides information about assembly language programming basics for the 8085 microprocessor. It begins with definitions of assembly language and its advantages over machine language. It then describes the basic features of a PC's hardware including registers, memory sizes and data types. The next sections cover binary and hexadecimal number systems and binary arithmetic operations. The remaining sections provide details about the different instruction sets of the 8085 including data transfer, logical, branching and arithmetic instructions as well as the various addressing modes.
Devry cis 115 final exam 1
cis 115,cis 115 entire course,cis 115 devry,devry cis 115,cis 115 ilabs,cis 115 exercise, cis 115 final exam 1,devry cis 115 final exam 1,cis 115 courses,cis 115 free
Devry cis 115 final exam 1
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CIS 115 Education Specialist / snaptutorial.com
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