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3.2 Memory Alignment
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madharmawan
Welcome
Table of Contents
EECS
EECS
Table of Contents
CS 161
CS 161
Table of Contents CS 161
Cryptography
Cryptography
5. Introduction to Cryptography
6. Symmetric-Key Encryption
7. Cryptographic Hashes
Memory Safety
Memory Safety
2. x86 Assembly and Call Stack
3. Memory Safety Vulnerabilities
4. Mitigating Memory-Safety Vulnerabilities
Security Principles
Security Principles
1. Security Principles
CS 168
CS 168
Table of Contents CS 168
0. Introduction to CS 168
0. Introduction to CS 168
0. Introduction
1. Overview of Computer Networks and the Internet
1. Overview of Computer Networks and the Internet
1. Computer Networks and the Internet
2. Application Layer
2. Application Layer
2. Application Layer
2.0 Key Terms
2.1 Principles of Network Appications
2.2 The Web and HTTP
2.3 Electronic Mail in the Internet
2.4 DNS - The Internet's Directory Service
2.5 Peer-to-Peer File Distribution
Lectures
Lectures
Introduction
Introduction
2. How the Internet Works - A Bottom-Up View
3. Architectural Principles
4. Designing the Internet
Routing
Routing
5. Routing Fundamentals
6. Routing Approaches I
7. Routing Approaches II
CS 61A
CS 61A
0. Introduction
1. Python Interpreter
1.1 Expressions in the Terminal
1.2 Evaluation Procedure
2. Expressions, Variables, and Functions
2.1 Expressions and Variables
2.2 Defining and Using Functions
3. Control
3.1 If, Elif, Else Clauses
4. Higher Order Functions I
4.1 Functions as Parameters, Functions as Returns
Table of Contents
CS 61B
CS 61B
Table of Contents
CS 61C
CS 61C
Table of Contents
0. Introduction to CS 61C
0. Introduction to CS 61C
0. Introduction
1. Number Representation
1. Number Representation
1. Number Representation
1.1 Decimal, Binary, and Hexadecmial Number Systems
1.2 Signed Representations
1.3 Floating Point Representation
10. Synchronous Digital Systems (SDS)
10. Synchronous Digital Systems (SDS)
10. Synchonous Digital Systems (SDS)
11. Finite State Machines (FSMs)
11. Finite State Machines (FSMs)
11. Finite State Machines
12. RISC V Datapath and Control Logic
12. RISC V Datapath and Control Logic
12. RISC V Datapath and Control Logic
13. Datapath Performance and Pipelining
13. Datapath Performance and Pipelining
13. Datapath Performance and Pipelining
14. Operating Systems
14. Operating Systems
14. Operating Systems (OS)
15. Data and Thread Level Parallelism
15. Data and Thread Level Parallelism
15. Data and Thread Level Parallelism
16. Caches
16. Caches
16. Caches
17. Cache Coherency
17. Cache Coherency
17. Cache Coherency
18. Virtual Memory
18. Virtual Memory
18. Virtual Memory
19. Dependability
19. Dependability
19. Dependability
2. C Programming
2. C Programming
2. C Programming
2.1 C Similarity to Java Syntax
2.2 Memory Allocation
2.4 Pointers and Arrays
2.2 Stack, Heap, Static, Code
3. Memory
3. Memory
3. Memory
3.1 Sizes of Types, Casting
3.2 Memory Alignment
3.3 Endianness
4. More C Programming
4. More C Programming
4. More C Programming
4.1 Higher Order Functions in C
4.2 Structs and Unions
4.3 Defines
4.4 Programming in C
5. RISC V Programming
5. RISC V Programming
5. RISC-V Programming
5.1 RISC V Registers
5.2 Arithmetic and Bitwise Operators
5.3 Branching
5.4 Loads and Stores
5.5 Other RISC V Instructions
6. RISC V Calling Convention
6. RISC V Calling Convention
6. RISC-V Calling Convention
6.1 RISC V Register Names
6.2 The Stack Pointer, Callee, Caller Conventions
6.3 An Example RISC V Code with Calling Convention
6.4 Recursive Functions in RISC V
7. RISC V Instruction Formats
7. RISC V Instruction Formats
7. RISC-V Instruction Formats
7.5 Self-Modifying Code
8. Compiler, Assembler, Linker, Loader (CALL)
8. Compiler, Assembler, Linker, Loader (CALL)
8. Compiler, Assembler, Linker, Loader (CALL)
9. Combinatorial Logic, Boolean Algebra
9. Combinatorial Logic, Boolean Algebra
9. Combinatorial Logic, Boolean Algebra
EECS 151
EECS 151
Table of Contents
1. Introduction
1. Introduction
1. Introduction to EECS 151
2. Design Abstraction
2. Design Abstraction
2. Design Abstraction
3. Metrics and Verilog
3. Metrics and Verilog
3. Metrics and Verilog
4. Verilog II
4. Verilog II
4. Verilog II
5. Combinational Logic I
5. Combinational Logic I
5. Combinational Logic
6. Combinational Logic II
6. Combinational Logic II
6. Combinational Logic II and FSM I
7. Finite State Machines
7. Finite State Machines
7. Finite State Machines
8. RISC V Datapath I
8. RISC V Datapath I
9. RISC-V Datapath I
9. RISC V Datapath II
9. RISC V Datapath II
9. RISC-V Datapath II
A. .Verilog
A. .Verilog
A. Verilog
EECS 16A
EECS 16A
0. Introduction
Table of Contents
Physics
Physics
Table of Contents
Physics 137A
Physics 137A
1. Origins of Quantum Theory; UV Catastrophe
2. Bohr Model
3. Wavefunctions
4. Fourier Stuff
Table of Contents Physics 137A
3.2 Memory Alignment