COMPUTER ORGN. & ASSEMBLY LANGUAGE

●        WHAT IS A COMPUTER?    
●        DATA PROCESSING IN A VON NEUMANN MACHINE    
●        HISTORY OF COMPUTERS    
●        DATA REPRESENTATION    
●        DECIMAL REPRESENTATION IN COMPUTERS    
●        FLOATING POINT REPRESENTATION    
●        ERROR DETECTION AND CORRECTION CODES    
●        PRINCIPLES OF LOGIC GATES AND LOGIC CIRCUITS    
●        COMBINATIONAL CIRCUITS    
●        DESIGN OF COMBINATIONAL CIRCUITS    
●        SEQUENTIAL CIRCUITS: FLIP-FLOPS AND LATCHES     
●        DESIGN OF SEQUENTIAL CIRCUITS    
●        COMMON SEQUENTIAL CIRCUITS    
●        MEMORY SYSTEM: PRIMARY MEMORY    
●        MEMORY SYSTEM: SECONDARY MEMORIES    
●        RAID AND ITS LEVELS    
●        HIGH SPEED MEMORIES: CACHE MEMORY    
●        VIRTUAL MEMORY        ●  MEMORY MODULES    
●        INPUT/OUTPUT INTERFACE    
●        INPUT/OUTPUT TECHNIQUES    
●        INPUT/OUTPUT PROCESSORS    
●        SECONDARY STORAGE AND THE HARD DISK    
●        HARD DRIVE INTERFACE    
●        REMOVABLE DRIVES    
●        I/O TECHNOLOGY: BASIC INPUT DEVICES    
●        I/O TECHNOLOGY: MONITORS, LCD DISPLAYS AND DIGITAL CAMERAS    
●        VIDEO AND SOUND CARDS    
●        PRINTERS AND SCANNERS    
●        INSTRUCTION SET ARCHITECTURE (ISA)    
●        INSTRUCTION SET DESIGN    
●        ADDRESSING SCHEMES    
●        INSTRUCTION SET AND FORMAT DESIGN ISSUES    
●        BASIC STRUCTURE OF CPU    
●        MAIN REGISTERS OF CPU    
●        MICRO-OPERATIONS    
●        INSTRUCTION EXECUTION USING MICRO-OPERATIONS    
●        ALU ORGANIZATION    
●        CONSTRUCTION OF A SIMPLE ALU    
●        CONTROL UNIT AND ITS FUNCTIONS    
●        CONTROL UNIT ORGANIZATION    
●        MICRO-INSTRUCTIONS AND MICRO-PROGRAMS    
●        REDUCED INSTRUCTION SET COMPUTER (RISC) ARCHITECTURE    
●        RISC ARCHITECTURE     
●        RISC PIPELINING    
●        MICROPROCESSOR ARCHITECTURE    
●        INSTRUCTION SET OF 8086 (I)    
●        INSTRUCTION SET OF 8086 (II)    
●        8086 MICROPROCESSOR: ADDRESSING MODES    
●        INTRODUCTION TO ASSEMBLY LANGUAGE PROGRAMMING    275
●        INPUT/OUTPUT IN ASSEMBLY PROGRAMS    
●        SIMPLE ASSEMBLY PROGRAMS    
●        PROGRAMS USING LOOPS AND COMPARISONS    
●        ASSEMBLY LANGUAGE PROGRAMMING-I    
●        ASSEMBLY LANGUAGE PROGRAMMING-II)