System development and programming using the ADSP-BF533/7 families. (S-HT BF)

ADSP Processor IDE Overview (BF532/537)         

• DSP fundamentals
  • What is DSP
  • Features of general DSP
  • Differences between DSP and Other Technologies
  • Fixed Point DSP and Floating Point DSP
  • Application Areas of DSP
• Introduction
  • Starting and Quitting
  • What is MATLAB?
  • Standard MATLAB Windows.
  • Command Line Help
  • Basic Commands Usage
  • Operations with variables
  • Array Operators and Matrix Operators.
• Building Graphical User Interfaces
  • What is a GUI?
  • Handles Predefined dialogues
  • Handle Graphics
  • GUI design.
  • Using GUIDE.
  • Writing callbacks.
  • Menus.
  • Modifying GUIs
  • Examples.
• Software Tools
  • Introduction to IDE’s (VisualDSP++)
    • IDE Features
    • Code Development Tools
    • Debugging Features.
  • Project Development
    • Project Development Stages
    • Targets
    • Program Development Steps
    • Targets(Simulator ,Emulation, Hardware ).
  • Code Development Tools
    • Compiler, Run Time lib, Assembler
    •  Linker, Loader Files.
  • Compiler Environment
    • User Interface
    • Ide Windows
    • Debugging Windows .
  • Debugging Options
    • Debug Sessions
    • Code Analysis Tools
    • Program Execution operations
    • Simulation Tools
    • Flash Programmer.
  • Cross-Compiler
    • Language Extensions,
    • Memory Models, Memory Type specifies.
    • Optimization, Mixing C and Assembly.
    • Differences from ANSI C, Limitations of Compiler.
  • Simulator
• Practicals
  • Spatial Median Filter
  • Fusion
  • Digital Filters
  • Correlation
  • Convolution
  • Sine wave
• Project  Assignments
  • Abstracts
  • Mini Project

ADSP Processor Overview (BF532/537) 

• Introduction about Processor

• Processor Core Architecture
• Peripherals
• Memory Architecture
• Difference B/W  Processors  and Controllers

• Operating Modes and DAG’s

•  User mode, Supervisor mode, Emulation mode.
• Idle& Reset state, Boot modes
•  Adderssing with DAG’s , DAG Instruction
• Registers

• Memory and Dynamic Power Management

• Memory Architecture, L1 Instruction memory
•  External Memory, Dataset Register
• Clocking ,Controller
• Registers

• Peripherals

• SPI/SCI/Programmable Flags
• Sport/UART controllers/Timers
• SPORT  for Audio
• PPI for Video
• Registers     

• System Design

•  Pin Descriptions
• Booting Modes
• Hands on Demo
• PCB Circuit Design

• Hardware Interfacing                                                                   
  • Session -I
    • LED Interface and Switches ( I/O configuration)
    • UART (Serial Communication)
    • Interrupt Study
    • RTC Programming
  • Session - II               
    • Introduction to Basic Memory Types
    • Serial and Parallel memories
    • EBIU Interface
    • Asynchronous Memory Controller
    • SDRAM controller
    • SPI Interface
  • Session - III Video Processing       
    • Interfacing Video encoders, Video decoders and High speed ADC’s
    • Analog video and Digital video
    • ITU-656/601 modes
  • Session - IV Audio Processing       
    • SPORT Interface
    • Digital Audio interface(I2S, TDM)
    • Interfacing to audio codec’s
• Practical Session

• Interfacing With Blackfin Audio Development Board
• Audio Input devices
• DVD player
• Mobile Phone
• Personal Computer
• Micro Phone
• Audio Output Devices
• Speakers (Surrounding , Home theatre )
• Headphones
• Interfacing With Blackfin Video Development Board
• Video Input Devices
• DVD Player
• Camera
• Mobile
• Video Output Devices
• Personal Computer
• Display

• Interfacing With Blackfin Evaluation Board

• Image Processing Applications
• Biomedical
• Real-time Image Processing Demos
• Cryptography ( Data & Image  Hiding Techniques)

• Wireless
• RF Module
• Zigbee

Project Assignments

• Project  I
  • Abstracts
  • Image Applications Project
  • Manual
• Project  II
  • Abstract.
  • Audio Project
  • Manual
• Project  III
  • Abstract
  • Video Project
  • Manual