Description: FPGA弹弓无线呼叫系统分发射和接收两大部分。发射部分采用锁相环式频率合成器技术-FPGA slingshot wireless call system transmitting and receiving at most two. Part of the launch phase-locked loop frequency synthesizer using technology Platform: |
Size: 628736 |
Author:w |
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Description: 无线光通信技术具有通信容量大、传输速率高等众多优点, 在许多场合都有重要的应用, 是现代通信技术研究的一个热点。由于脉冲位置调制 ( PPM ) 有较高的平均功率利用率和抗干扰能力, 故 PPM是无线光通信系统中常用的调制方式。在研究 PPM调制技术的基础上, 就基于 FPG A的无线光通信 PPM调制系统进行设计, 并用 V H D L语言完成了系统的设计和仿真。仿真结果表明, 该设计具有正确性和合理性。-Wireless optical communication technology has the communications capacity, many of the benefits of higher transmission rates, in many occasions have important applications in modern communication technologies are a hot research. Because of pulse position modulation (PPM) have a higher average power utilization and anti-interference ability, so PPM is a wireless optical communication system commonly used in modulation. PPM modulation technique in the study on the basis of FPG A based on wireless optical communication PPM modulation system design, and VHDL language achieve the system design and simulation. Simulation results show that the rationality of the design right. Platform: |
Size: 194560 |
Author:朱雯 |
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Description: WiMAX, or the IEEE 802.16 standard for broadband wireless access, is increasingly gaining in popularity as
a technology with significant market potential. This paper first provides an overview of the existing and
developing 802.16 standards and their key differences/applications. The PHY and MAC layers of a typical
WiMAX base station are then described. The associated implementation challenges faced by WiMAX
infrastructure developers, including performance/cost/flexibility trade-offs in the choice of silicon, are
clearly outlined. The paper then describes how FPGA-based system implementation can address these
challenges including the “accelerated time-to-market” requirement which is considered a key enabler for
early success in this market. As an example design, the physical layer implementation of the 802.16d
standard with Altera FPGAs and intellectual property (IP) is proposed. Platform: |
Size: 473088 |
Author:greg |
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Description: WiMAX, or the IEEE 802.16 standard for broadband wireless access, is increasingly gaining in popularity as
a technology with significant market potential. This paper first provides an overview of the existing and
developing 802.16 standards and their key differences/applications. The PHY and MAC layers of a typical
WiMAX base station are then described. The associated implementation challenges faced by WiMAX
infrastructure developers, including performance/cost/flexibility trade-offs in the choice of silicon, are
clearly outlined. The paper then describes how FPGA-based system implementation can address these
challenges including the “accelerated time-to-market” requirement which is considered a key enabler for
early success in this market. As an example design, the physical layer implementation of the 802.16d
standard with Altera FPGAs and intellectual property (IP) is proposed. Platform: |
Size: 211968 |
Author:greg |
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Description: 压缩包中是ASCI学习资料，包括一个台湾中山大学ASIC实验室综合脚本教程，一本springer出版的交大家用system verilog做验证的书，还有一个xilinx论证的XAPP726 - 无线基站基带处理应用中的FPGA的理由。对大家做通信后端设计很有帮助。-ASCI is compressed package learning materials, including a laboratory in Taiwan Sun Yat-ASIC synthesis scripts tutorials, National Chiao Tung University, published a springer to do household system verilog verification book, there is a xilinx argument XAPP726- Wireless base station baseband applications FPGA reasons. We do the back-end design of the communication is helpful. Platform: |
Size: 2639872 |
Author:xueer |
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Description: Orthogonal Frequency Division Multiplexing
(OFDM) has been adopted by most wireless and wired communication standards these include wireless Local Area Networks (LANs) HyperLan2, 802.11a, broadband wireless(802.16) and lately the 802.15.3c for millimetre wave communications. In parallel, Field-Programmable Gate Arrays (FPGAs) have become an alternative for the implementation of those standards, due to their increased capabilities (speed and resources). This work introduces the design and performance evaluation of an OFDM transceiver, implemented on a FPGA platform for applications on a wireless millimetre wave radio system, operating around 60GHz.-Orthogonal Frequency Division Multiplexing
(OFDM) has been adopted by most wireless and wired communication standards these include wireless Local Area Networks (LANs) HyperLan2, 802.11a, broadband wireless(802.16) and lately the 802.15.3c for millimetre wave communications. In parallel, Field-Programmable Gate Arrays (FPGAs) have become an alternative for the implementation of those standards, due to their increased capabilities (speed and resources). This work introduces the design and performance evaluation of an OFDM transceiver, implemented on a FPGA platform for applications on a wireless millimetre wave radio system, operating around 60GHz. Platform: |
Size: 535552 |
Author:boualem |
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Description: WiMAX, or the IEEE 802.16 standard for broadband wireless access, is increasingly gaining in popularity as
a technology with significant market potential. This paper first provides an overview of the existing and
developing 802.16 standards and their key differences/applications. The PHY and MAC layers of a typical
WiMAX base station are then described. The associated implementation challenges faced by WiMAX
infrastructure developers, including performance/cost/flexibility trade-offs in the choice of silicon, are
clearly outlined. The paper then describes how FPGA-based system implementation can address these
challenges including the “accelerated time-to-market” requirement which is considered a key enabler for
early success in this market. As an example design, the physical layer implementation of the 802.16d
standard with Altera FPGAs and intellectual property (IP) is proposed. Platform: |
Size: 473088 |
Author:Moyad |
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Description: Fiber Transmission wireless communication system performance, Using weighted model nodes in the network strength and weight are power law distribution, ECG data and includes source code written in MATLAB. Platform: |
Size: 5120 |
Author:Kain_
|
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Description: 《无线通信FPGA设计》以Xilinx公司的FPGA开发平台为基础，综合FPGA和无线通信技术两个方向，通过大量的FPGA开发实例，较为详尽地描述了无线通信中常用模块的原理和实现流程，包括数字信号处理基础、数字滤波器、多速率信号处理、数字调制与解调、信道编码、系统同步、自适应滤波算法、最佳接收机，以及WCDMA系统的关键技术。《无线通信FPGA设计》概念明确、思路清晰，追求全面、系统、实用，使读者能够在较短的时间内具备无线通信领域的FPGA开发能力。(The design of wireless communication FPGA is based on the development platform of Xilinx's FPGA and combines the two directions of FPGA and wireless communication technology. Through a large number of examples of FPGA development, the principle and implementation process of common modules in wireless communication are described in detail, including the basis of digital signal processing, digital filter and multi-rate signal. Processing, digital modulation and demodulation, channel coding, system synchronization, adaptive filtering algorithm, optimal receiver, and key technologies of WCDMA system. The concept of Wireless Communication FPGA Design is clear, and the idea is clear. It pursues comprehensiveness, system and practicality, so that readers can have the ability to develop FPGA in the field of wireless communication in a relatively short time.) Platform: |
Size: 11018240 |
Author:无线电之家99 |
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Search - fpga in wireless system