'State box' presentation slideshows

Design of Controllers Finite State Machines and Algorithmic State Machine (ASM) Charts

ECE 545 Lecture 14. Design of Controllers Finite State Machines and Algorithmic State Machine (ASM) Charts. R equired reading. P. Chu, RTL Hardware Design using VHDL Chapter 10, Finite State Machine: Principle & Practice Chapter 11, Register Transfer Methodology:

1.2k views • 96 slides

ENG241 Digital Design

ENG241 Digital Design. Week #10 Sequencing and Control. Week #10 Topics. The Control Unit Algorithmic State Machines ASM Elements Hardwired Control One Flip-Flop Per State Sequence Register and Decoder VHDL Representation. Resources. Chapter #8, Mano Sections

968 views • 83 slides

FINITE STATE MACHINES (FSMs)

FINITE STATE MACHINES (FSMs). Dr. Konstantinos Tatas. Finite State Machine. A generic model for sequential circuits used in sequential circuit design. Finite state machine block diagram. State memory: Set of n flip-flops that hold the state of the machine (up to 2^n distinct states)

1.09k views • 70 slides

Software Engineering, CPSC-4360-01, CPSC-5360-01, Lecture 7

Software Engineering, CPSC-4360-01, CPSC-5360-01, Lecture 7. Review of Last Lecture. Class Diagram Association Class, Reification N-Ary Association Qualified Association Interface Interactions diagrams Collaborations, classifier and association roles

630 views • 53 slides

Real-Time Systems, COSC-4301-01, Lecture 19

Real-Time Systems, COSC-4301-01, Lecture 19. Stefan Andrei. Reminder of the last lecture. Model checking of finite-state systems. Overview of This Lecture. Visual formalism, statecharts, and STATEMATE. Lacks modularity Exponential state explosion

526 views • 52 slides

Chapter 6 Digital System Design

Chapter 6 Digital System Design. 242-208 Digital Systems and Logic Designs . Content. Programmable Logic Devices (PLDs) PLD programming Combinational PLDs Sequential PLDs Field programmable gate arrays (FPGAs) Systematic Design ASM methods and charts

834 views • 48 slides

Chapter 8

Chapter 8. Register Transfer Level. Content. Register Transfer Level (RTL) RTL in HDL Algorithmic State Machines (ASM) Design Example HDL Description of Design Example Binary Multiplier Control Logic HDL Description of Binary Multiplier Design with Multiplexers.

564 views • 33 slides

CMPT 250 Computer Architecture

CMPT 250 Computer Architecture. Instructor: Yuzhuang Hu yhu1@cs.sfu.ca. Another Design Example: PIG (Chapter 7-10). PIG is a single dice game. Two players roll the dice in turns. When 1 is rolled, the current total becomes 0. The first player to reach or exceed 100 wins. Turn Total. Player 1.

432 views • 33 slides

Applying ASD in Designing And Verifying: BeX Orchestration Controller

Applying ASD in Designing And Verifying: BeX Orchestration Controller. Harsh Beohar. Goal. To briefly describe ASD as a methodology. To describe the behavior of system under design in brief. To briefly describe the scenarios which are designed using ASD.

407 views • 29 slides

Security Architecture and Analysis: Session 1b Reasoning About System Architectures

Security Architecture and Analysis: Session 1b Reasoning About System Architectures Box Structure Reasoning for Components Black boxes State boxes Compositional Reasoning for Networks. Reasoning About System Architectures.

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Sequencing and control

n. n-1. 10111 multiplicant 10011 multiplier 00000 initial partial prod. 10111 010111 partial product after 10111 shift 1000101 1000101. multiplicant. PC. Register A. log 2 n. Zero detect. Parallel Addr. Z. Q 0. C out. Go. Control unit. multiplier.

442 views • 28 slides

Iterative Versus Sequential Circuits

491 views • 24 slides

Cleanroom Software Process

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Chapter 26 Cleanroom Software Engineering

313 views • 19 slides

EKT 221 : Digital Elect 2

EKT 221 : Digital Elect 2. QUIZ. Modify the register of figure shown so that it will operate according to the following function table using mode selection inputs and. Datapath and Control. Control Unit - Determines the enabling and sequencing of the operations.

319 views • 18 slides

ENGIN 112 Intro to Electrical and Computer Engineering Lecture 37 Register Transfer Level

ENGIN 112 Intro to Electrical and Computer Engineering Lecture 37 Register Transfer Level. Overview. System design must be modular Easier to represent designs with system-level blocks Register transfer level represents transfers between clocked system registers Shifts, arithmetic, logic, etc.

176 views • 17 slides

EKT 221 : Digital 2 One FF per State

169 views • 16 slides

ASM block

The state box represents the state in the FSM, and the output in the state box describes the desired output values when the FMS enters this state (i.e. the Moore outputs ). The decision box tests an input condition to determine the exit path of the current ASM block.

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Assassination of Lincoln

176 views • 4 slides