Knowledge in Microprocessor
MICROPROCESSOR AND MICROCONTROLLER
Assembly and C Language Arithmetic and Logical Instruction in assembly Jump Instructions in assembly Memory Operations using assembly Procedure calls Register manipulation Looping Conditionals etc. Basic Microprocessor Architecture and Design Digital Logic Design (Combinational and Sequential Circuits) Finite State Machine Implementation Single Cycle Data Path Interrupts and Fault Handling IO Operations Advanced Microprocessor architecture Pipelining Cache implementation Virtual Memory Data Level Parallelism (SIMD instructions) etc.
Shantha Kumar . V
MICROPROCESSOR AND MICROCONTROLLER
Assembly and C Language Arithmetic and Logical Instruction in assembly Jump Instructions in assembly Memory Operations using assembly Procedure calls Register manipulation Looping Conditionals etc. Basic Microprocessor Architecture and Design Digital Logic Design (Combinational and Sequential Circuits) Finite State Machine Implementation Single Cycle Data Path Interrupts and Fault Handling IO Operations Advanced Microprocessor architecture Pipelining Cache implementation Virtual Memory Data Level Parallelism (SIMD instructions) etc.
MICROPROCESSOR AND MICROCONTROLLER
Assembly and C Language Arithmetic and Logical Instruction in assembly Jump Instructions in assembly Memory Operations using assembly Procedure calls Register manipulation Looping Conditionals etc. Basic Microprocessor Architecture and Design Digital Logic Design (Combinational and Sequential Circuits) Finite State Machine Implementation Single Cycle Data Path Interrupts and Fault Handling IO Operations Advanced Microprocessor architecture Pipelining Cache implementation Virtual Memory Data Level Parallelism (SIMD instructions) etc.
MIPS Architecture
The content is about the architecture of the Microprocessor without Interlocking Pipeline Stages. This is a different topic on a whole and comes under the area of Pipelining.
Muskan Mehrotra
PROCESSOR RAM AND HARD DISK
The CPU or processor is the "brain" of the computer. It performs all the operations that the computer does, from simple encoding of text to complex rendering of video. So, the faster the speed of your processor, the faster your computer will run." The most well-known processors are made by Intel and include the Celeron, Pentium, and Core (i7). (Quoted material is from from https://hubpages.com/technology/A-Beginners-Guide-To-Computers.) Random Access Memory "Usually referred to as 'memory', RAM is second to the CPU in determining your computer's performance. It temporarily stores your computer's activities until they are transferred and stored permanently in your hard disk when you shut down or restart." RAM is measured in gigabytes (GB), and the average modern computer has between 4-8 GB of RAM. The more RAM your computer has, the faster it runs (up to a point). (Quoted material is from from https://hubpages.com/technology/A-Beginners-Guide-To-Computers.) Hard Disk Drive "The hard disk drive, more commonly known as the hard drive or hard disk, is where all data and programs are stored in your computer permanently, unless you delete them. Generally speaking, a hard disk with a higher capacity is always better." (Quoted material is from from https://hubpages.com/technology/A-Beginners-Guide-To-Computers.) Motherboard The motherboard is a large circuitboard that connects all the parts of the computer, including the hard disk drive, CPU, and RAM. The motherboard is like the nervous system in your body - it distributes signals to and from all the parts and helps coordinate their activities.
Microprocessor and microcontroller
This notes will help to know about microprocessor and microcontoller.
Rohit Pathak
Microprocessor and Interfacing
This is a pptx on the microprocessor.
kaushal shah
MANOJ N S
Saahil
microprocessor and microcontroller
1. INTRODUCTION TO MICROPROCESSOR AND MICROCOMPUTER ARCHITECTURE: A microprocessor is a programmable electronics chip that has computing and decision making capabilities similar to central processing unit of a computer. Any microprocessor-based systems having limited number of resources are called microcomputers. Nowadays, microprocessor can be seen in almost all types of electronics devices like mobile phones, printers, washing machines etc. Microprocessors are also used in advanced applications like radars, satellites and flights. Due to the rapid advancements in electronic industry and large scale integration of devices results in a significant cost reduction and increase application of microprocessors and their derivatives. Fig.1 Microprocessor-based system Bit: A bit is a single binary digit. Word: A word refers to the basic data size or bit size that can be processed by the arithmetic and logic unit of the processor. A 16-bit binary number is called a word in a 16-bit processor. Bus: A bus is a group of wires/lines that carry similar information. System Bus: The system bus is a group of wires/lines used for communication between the microprocessor and peripherals. Memory Word: The number of bits that can be stored in a register or memory element is called a memory word. Address Bus: It carries the address, which is a unique binary pattern used to identify a memory location or an I/O port. For example, an eight bit address bus has eight lines and thus it can address 28 = 256 different locations. The locations in hexadecimal format can be written as 00H – FFH.
Microprocessors(MP)-CSE
A microprocessor is a computer processor that incorporates the functions of a central processing unit on a single integrated circuit (IC), or at most a few integrated circuits. The microprocessor is a multipurpose, clock-driven, register-based, digital integrated circuit that accepts binary data as input, processes it according to instructions stored in its memory and provides results as output. Microprocessors contain both combinational logic and sequential digital logic. Microprocessors operate on numbers and symbols represented in the binary number system. In this course, you'll learn briefly about the history of microprocessors, right from the first one to the recent ones. And also learn Assembly language of coding in those microprocessors, mainly, ALP and asm
AAYUSH LAL ROY