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5.5.5 Vector compare operations shown by the 5.5.6 Case study summary, 5.1.5 Arithmetic instructions and 5.1.6 Program control flow, 5.5.6 Case study summary refer to SIMD extensions, 5.2.1 Assembly and two pass assemblers employ a location counter, 5.2.2 Assembly and the symbol table after second pass begins 5.2.3 Final tasks of the assembler, arrays for 5.1.5 Arithmetic instructions, 5.3.2 Loading until actual run time, 5.1.1 The steps of compilation which are lexical analysis syntactic analysis symantic analysis action mapping & code generation, 5.1.3 How the compiler maps the three instruction classes into assembly code are by data movement arithmetic & control flow, globa & local variables creating 5.1.4 Data movement, 5.1.2 The compiler mapping specifications ???? 5.1.3 How the compiler maps the three instruction classes into assembly code, dynamic link libraries to postpone 5.3.1 Linking, relocatable using the relocation dictionary, 5.3 Linking and Loading involves the linkage editor object modules load modules, lexical analysis syntactic analysis symantic analysis action mapping & code generation including allocating tracking & optimizing, 5.2.4 Location of programs in memory which are relocatable, macro expansion and can be created through use of a macro definition, 5.1.2 The compiler mapping specifications are cross compilation & mapping specification, 5.2.1 Assembly and two pass assemblers performs arithmetic operations using a 5.2.2 Assembly and the symbol table, 5.5.3 Vector registers utilizes 5.5.4 Vector aithmetic operations, 5.5.1 Background and vectors which are 5.5.2 The basic architectures, 5.2 The Assembly Process begins with the 5.2.1 Assembly and two pass assemblers, 5.5.4 Vector aithmetic operations and 5.5.5 Vector compare operations, linkage editor object modules load modules uses dynamic link libraries, the stack by push labels, 5.4 Macros are pushed & pulled from the the stack, globa & local variables are data movement arithmetic & control flow, C structs and arrays, 5.1.1 The steps of compilation ???? 5.1.2 The compiler mapping specifications, push labels which are referred to as macro expansion, macro definition which is usually performed by a macro preprocessor, 5.2.3 Final tasks of the assembler which looks for address 5.2.4 Location of programs in memory, 5.5 Case Study: Extensions to the instruction set -The Intel MMX ND Motorala Altivec studies the 5.5.1 Background, 5.1 The Compilation Process is essentially 5.1.1 The steps of compilation, 5.1.4 Data movement which utilizes C structs, 5.3.1 Linking and 5.3.2 Loading, 5.5.2 The basic architectures because 5.5.3 Vector registers, SIMD extensions of Pentium & PowerPC processors