This book is a hands-on introduction to the principles and
practice of embedded system design using the PIC microcontroller. Packed
with helpful examples and illustrations, it gives an in-depth treatment of
microcontroller design, programming in both assembly language and C, and
features advanced topics such as networking and real-time operating
systems. It is accompanied by a CD-ROM containing copies of all programs
and software tools used in the text and a `student version of the C
complier
Designing Embedded Systems with PIC Microcontrollers: Principles and
Applications is ideal for students of electronics, mechatronics and
computer engineering. Engineers in industry and informed hobbyists will
also find this book a valuable resource when designing and Implementing
both simple and sophisticated embedded systems using the PIC
Microcontroller.
Testbenches have become an integral part of the design process, enabling you to verify that your HDL model is sufficiently tested before Implementing your design and helping you automate the design verification process. It is essential, therefore, that you have confidence your testbench is thoroughly exercising your design. Collecting code coverage statistics during simulation helps to ensure the quality and thoroughness of your tests.
THIS book covers the Java™ Native Interface (JNI). It will be useful to you if
you are interested in any of the following:
• integrating a Java application with legacy code written in languages such as C
or C++
• incorporating a Java virtual machine implementation into an existing application
written in languages such as C or C++
• Implementing a Java virtual machine
• understanding the technical issues in language interoperability, in particular
how to handle features such as garbage collection and multithreading
This paper provides incumbent wireless Internet service providers (WISPs), new WISPs and
demanding new markets (such as government and education) with a technical analysis of
alternatives for Implementing last-mile wireless broadband services.
Testbenches have become an integral part of the design process, enabling you to verify that
your HDL model is sufficiently tested before Implementing your design and helping you automate
the design verification process. It is essential, therefore, that you have confidence your
testbench is thoroughly exercising your design. Collecting code coverage statistics during simulation
helps to ensure the quality and thoroughness of your tests.
FIR濾波器的C++實現
Below are program source listings for FIR.h and FIR.cpp, the header file and class file for Implementing arbitrary causal FIR filters in the Synthesis Tool Kit (STK) framework
This specification defines the Audio Codec ‘97 (AC ‘97) Architecture and Digital Interface (AC-link) specifically
designed for Implementing audio and modem I/O functionality in mainstream PC systems. This specification does
not explicitly define the companion AC ‘97 Digital Controller component (sometimes referred to or abbreviated as
DC ‘97), which typically varies in features and implementation, but is AC ‘97 compliant with this specification.
This resource is designed as a text for educational programs in advanced programming and as a reference for professionals Implementing Web- and Internet-based applications.
Written for embedded systems programmers and engineers, as well as
networking professionals, this in-depth guide provides an inside look at the
entire process of Implementing and using the Linux TCP/IP stack in embedded
systems projects.
DDR SDRAM控制器的VHDL源代碼，含詳細設計文檔。
The DDR, DCM, and SelectI/O™ features in the Virtex™ -II architecture make it the perfect
choice for Implementing a controller of a Double Data Rate (DDR) SDRAM. The Digital Clock
Manager (DCM) provides the required Delay Locked Loop (DLL), Digital Phase Shift (DPS),
and Digital Frequency Synthesis (DFS) functions. This application note describes a controller
design for a 16-bit DDR SDRAM. The application note and reference design are enhanced
versions of XAPP200 targeted to the Virtex-II series of FPGAs. At a clock rate of 133 MHz,
16-bit data changes at both clock edges. The reference design is fully synthesizable and
achieves 133 MHz performance with automatic place and route tools.
