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Digital Logic Design & Computer Organization Notes pdf-DLD&CO notes pdf data Total Notes Link: Complete Notes Device 1 Web link: Unit 1 Notes
System 2
Device 3
Device 4
Device 5
Keep in mind:
the R09 Syllabus publication of JNTU.In R13 and R15,8-units of R09 curriculum are incorporated right into 5-units in R13 and R15 curriculum. , if you have any kind of questions please refer to the JNTU Syllabus Book.. Unit-1: Basic Structure of Computers, Functional systems
, Basic functional principles, Bus frameworks, Software, Performance, multi and multiprocessors computer systems,8 Computer Generations, Data Representation, Computer kinds, Personal computer systems, Note publication computer systems, Work terminals, Enterprise systems, Super computer systems, Functional device, Input system, Memory system, Primary memory, Secondary memory, Primary memory, Secondary memory, Arithmetic reasoning system, Output system.
Unit-2:
Digital Logic Circuits-I, Basic Logic Functions, Boolean algebra, CLOSURE, ASSOCIATIVE LAW, COMMUTATIVE LAW, IDENTITY ELEMENT, BASIC IDENTITIES OF BOOLEAN ALGEBRA, DeMorgan’s Theorem, MINIMIZATION OF BOOLEAN FUNCTIONS,k-map Simplification, A Three-Variable Karnaugh Map,, Analysis treatment, FLIP FLOPS, D Flip-flop, Combinational and Sequential Circuit.
Unit-3:
Algorithms for set factor and drifting factor enhancement, Algorithms for set factor enhancement, Algorithms for drifting factor enhancement, Subtraction, department and reproduction operations., Hardware Implementation of math and reasoning procedures, High Performance math, Instruction established & & Addressing, Memory Locations and Addresses, Address room, MEMORY OPERATIONS, Register transfer symbols, ASSEMBLY LANGUAGE NOTATION, Machine addresses and sequencing, Control Address Register, control ROM, opcode, mapping reasoning, branch reasoning, multiplexors, incrementer.
Unit-4:
Memory company, Concept Of Memory, RAM, ROM Memories,3 Memory Hierarchy 4.4 Cache, Secondary Storage, Memory Management Requirements, MEMORY HIERARCHY, MAIN MEMORY, RAM AND ROM CHIPS. MEMORY ADDRESS MAP, MEMORY CONNECTION TO CPU, ASSOCIATIVE MEMORY, HARDWARE ORGANIZATION. SUIT LOGIC, READ OPERATION, WRITE OPERATION, CACHE MEMORY, MEMORY ADDRESS MAP, MEMORY CONNECTION TO CPU. ASSOCIATIVE MEMORY, HARDWARE ORGANIZATION, MATCH LOGIC, READ OPERATION.
Unit-5:
input/ Output Organization, Introduction To I/O, Interrupts- Hardware, Enabling And Disabling Interrupts. Tool Control, Direct Memory Access, Buses, Interface Circuits, INTRODUCTION TO I/O DEVICES, INTERRUPT HARDWARE, ENABLING AND DISABLING INTERRUPTS, HANDLING MULTIPLE DEVICES. Interrupt Nesting, Simultaneous Requests, DIRECT MEMORY ACCESS, Bus Arbitration, Centralized Arbitration, Peripheral Component Interconnect (PCI) Bus. Information Transfer, Device Configuration, UNIVERSAL SERIAL BUS, INTERFACE CIRCUITS. Identical port, STANDARD I/O INTERFACES, Port Limitation, Device Characteristics, Plug-and-Play, As computer systems enter into day-to-day life, their presence needs to come to be significantly clear.
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Unit-4:
Memory organizationCompany Concept Principle Memory, RAM, ROM Memories,3 Memory Hierarchy 4.4 Cache, Secondary StorageStorage Space Memory Management RequirementsDemands MEMORY HIERARCHYPOWER STRUCTURE MAIN MEMORY, RAM AND ROM CHIPS. MEMORY ADDRESS MAP, MEMORY CONNECTION TO CPU, ASSOCIATIVE MEMORY, HARDWARE ORGANIZATION. SUIT LOGIC, READ OPERATION, WRITE OPERATION, CACHE MEMORY, MEMORY ADDRESS MAP, MEMORY CONNECTION TO CPU. Gadget Control, Direct Memory Access, Buses, Interface Circuits, INTRODUCTION TO I/O DEVICES, INTERRUPT HARDWARE, ENABLING AND DISABLING INTERRUPTS, HANDLING MULTIPLE DEVICES. Interrupt Nesting, Simultaneous Requests, DIRECT MEMORY ACCESS, Bus Arbitration, Centralized Arbitration, Peripheral Component Interconnect (PCI) Bus.
