#Computer organization and architecture pdf download#

Statement: Download Statement PDFFILE Assignment 4 Statement and a example benchmark program Intrumented Matmul.c.

#Computer organization and architecture pdf simulator#

Assignment 4: Design of Cache Simulator using C/C++ (10 marks) Announced On 25 March 2011, Deadline:10.Apr.2011.

#Computer organization and architecture pdf pdf#

TUE: Grand Four IO Controller :PPC, PIT, PIC and DMA PDF Slides.FRI: Virtual address and Paging PDF Slides.You can refer/read any book or web material but put proper references ( for copied diagram and copied paragraph) in your report. Take Home Exam 2 (Submission time Thursday 9AM-10AM, if u submit after Thursday credit will be zero): Submit a concise 10-12 pages handwritten report on Advanced Memory Addressing Scheme (Virtual Addressing, TLB, Paging and Segmentation). MON: Memory SDRAM/DRAM, Disk PDF Slides.FRI: Cache Performance Improvement (II) PDF Slides.TUE: Cache Performance Improvement (I) PDF Slides ].MON: Cache Policy (Read/Write/Load/Fetch/Replacement) PDF Slides].FRI: Cache Access Time, Multi Level, Indexing PDF Slides.TUE: Cache Part II: Example Program Cache Behaviour PDF Slides.MON: Cache Part I: Memory Hierarchy, Hit/miss, Direct mapped, Associativity PDF Slides.FRI: Super-scalar and Memory Hierarchy Introduction PDF Slides.Take Home Exam 1 (Submission time Monday 10AM-11AM, if u submit after Monday credit will be zero): Submit a concise 10-12 pages handwritten report on super-scalar processor issue, decoding, shelving, dispatch, renaming and ROB. TUE: Pipeline: Super-scalar and VLIW processor PDF Slides ].MON: Pipeline Hazards: Control/Branch Analysis (Branch Elimination, Branch Speed Up, Branch prediction, Branch Target Capture PDF Slides.FRI: Pipeline Hazards: Control/Branch Analysis (Branch Elimination, Branch Speed Up, Branch prediction, Branch Target Capture) PDF Slides ]].TUE: Pipeline Hazards: Control/Branch Analysis (Pipe Stage, Clock timing, branch) PDF Slides ]].MON: Pipeline hazards: Data Hazards, Pipeline Stall, Data Forward Paths Contd.FRI: Mid Sem Paper Evaluation, Model Solution, Discussion and Grading CS222midModSolution.pdf TUE: Pipeline Hazards: Resource and Data PDF Slides.MON: Pipelined processor: (Performance, Hazards) PDFSlides.Mid Semester Exam: 10.00AM-12.00Nn, 23Feb2011, L2/е…ѓ Question Paper CS222mid.pdf, Model Solution CS222midModSolution.pdf FRI: Multi Cycle Design Data Path + Control PDF Slides.THU:(Makeup Class) Multi Cycle CPU Design (Data Path) PDF Slides ].TUE: Control Path for Single Cycle CPU PDF Slides.

THU:(Makeup Class) Data path Design Methodology, Control Path and Performance PDF Slides.

TUE: Data Path for Arith/LD/ST/CTR instruction PDF Slides ].

MON: Floating point arithmetic and Data Path for arithmetic instruction PDF Slides.

FRI: IEEE Floating point(single.double), representation, density, error PDF Slides ]].

THU (Makeup): Multiplication and Division Continued PDF Slides Booth Algorithm, Chap 9 Stalling.

MON: Multiplication and Division PDF Slides ]].

TUE: Boolean Adder Algorithms PDF Slides ]].

MON: X86 ISA and Boolean Arithmetic, Integer/Floating Point, Addition/Substraction PDF Slides.

FRI: RISC Vs CISC, SPARC, PowwerPC and VAX PDF Slides.

TUE: Merge Sort Activation Record, Addressing Modes, RISC Vs CISC PDF Slides.

MON: Procedure Call/Return, Parameter Passing, Activation Record/Frame Pointer, Recursive Call PDF Slides.

FRI: MIPS Assembly Language Program, Memory layout, Array/Pointer and SPIM Simulator PDF Slides Programming Assignment 1.

TUE: Introduction to MIPS Instruction Set (Type of Instruction(R,I,J), Constant, Branch/Control) PDF Slides.

MON: Introduction to MIPS Instruction Set (Arithmetics, Register, Memory,Load/Store) PDF Slides ]].

FRI: History of Computer System and Instruction Set Architecture PDF Slides.

TUE: Introduction Computer Organization and Architecture PDF Slides.

Stalling (Author of Computer Organization and Architecture Book), Ercegovac/Lang (Authors of Digital Arithmetics Book) for proving PPT/PDF slides. Thanks to Prof Anshul Kumar (IIT Delhi), W. Introduction to computer buses, peripherals, performance benchmarking and current trends in architecture.

Memory Organization, I/O transfer: Program controlled, Interrupt controlled and DMA.

CPU design: Hardwired and Microprogrammed.

Instruction interpretation: Micro-operations and their RTL specification Assembly language programming of at-least one of the existing systems. Semester Marks CS222Marks End Semester Questions and Solutions End Semester Question and SolutionД¬ourse Structure | Lecture Slides | Assignments | Books | ClassTiming, Venue and Rules Welcome to CS222 Computer Organization and Architecture Course Homepage CS222 : Computer Organization and Architecture Instructor: Dr.