#2.1 Signed Integers #2.2 Number System #2.3 Convert binary to decimal #2.4 convert decimal to binary,octal and hexadecimal #2.5 convert between binary and hexdecimal #2.6 Integer Storage Sizes #2.7 Sign Bit #2.8 Carry and Overflow

#3.1 Introduction #3.2 Overview of the MIPS Architecture #3.3 MIPS General-Purpose Registers #3.4 R-Type Format #3.5 Logical Bitwise Instructions #3.6 Shift Instructions #3.7 Binary Multiplication #3.8 I-Type Format #3.9 J-Type Format #3.10 Set on Less Than Instructions #3.11 Pseudo-Instructions #3.12 Jump, Branch, and SLT Instructions #3.13 Translating an IF Statement #3.14 Compound Expression with AND #3.15 Compound Expression with OR #3.16 Your Turn #3.17 Load and Store Word #3.18 Translating a WHILE Loop #3.19 Copying a String #3.20 Summing an Integer Array

#4.1 number system #4.2 Exercise-convert if to mips

#5.1 lab 2-1 #5.2 lab 2-2 #5.3 lab3-1 #5.4 lab3-2 #5.5 lab3-3 #5.6 lab3-4 #5.7 lab5 #5.8 lab6

#6.1 Assembly Language Statements #6.2 .DATA, .TEXT, & .GLOBL Directives #6.3 Memory Alignment #6.4 Symbol Table program #6.5 System Calls #6.6 Function Call and Return Instructions #6.7 Call Return Sequence #6.8 Details of JAL and JR #6.9 Parameter Passing #6.10 Example on Preserving Register

#7.1 Unsigned Sequential Multiplication #7.2 Signed Multiplication #7.3 Unsigned Integer Division #7.4 Integer Multiply and Divide Instructions #7.5 Integer to String Conversion #7.6 String to Integer Conversion

#8.1 Floating-Point Numbers-1 #8.2 Floating-Point Numbers-2 #8.3 FP Arithmetic Instructions #8.4 FP Load/Store Instructions #8.5 FP Compare and Branch Instructions #8.6 Syscall Services

#9.1 Response Time and Throughput #9.2 What do we mean by Execution Time? #9.3 Clock Cycles Per Instruction (CPI) #9.4 Determining the CPI #9.5 MIPS as a Performance Measure #9.6 Amdahl’s Law

#10.1 The Performance Perspective #10.2 Register Transfer Level #10.3 Requirements of the Instruction Set #10.4 Adding Data Memory to Datapath

#11.1 Serial Execution versus Pipelining #11.2 Single-Cycle versus Pipelined

#12.1 Random Access Memory