بسم الله الرحمن الرحيم
السلام عليكم ورحمة الله وبركاته
السلام عليكم ورحمة الله وبركاته
كتاب لمشروع 5G باستخدام المات لاب | 5G Development with MATLAB PDF
كتاب 5G Development with MATLAB PDF هو ما سنقدمه اليوم في مدونه "مهندس إتصالات" هو كتاب مهم جدا للي بيعمل مشروع في 5G عن طريق برنامج ماتلاب MATLAB تكمله لسلسلة كتب تعلم شبكات المحمول "Mobile" حيث انه يحتوي علي ماده علميه اكثر من رائعه والكتاب متاح للتحميل بروابط سريعه ومباشره.
محتويات الكتاب
- Technology and Design
- ?What’s driving 5G
- 5G Terminology and Expected Applications
- 5G Standard: Timeline
- A New Physical Layer for 5G
- MATLAB Software for 5G Research
- Millimeter Wave Higher-Frequency Operation
- Massive MIMO: More Antennas
- Fast Prototyping of 5G Systems with Hardware Testbeds - New Architectures and Algorithms
- Massive MIMO Arrays for High-Gain Beamforming
- Behavioral Simulation for Massive MIMO
- Optimizing Tradeoffs Between Antenna Gain and Channel Capacity
- Designing Antenna Array Elements
- Hybrid Beamforming
- Modeling and Linearizing Power Amplifiers
- New 5G Radio Algorithms for Greater Spectral Efficiency - Accelerating Prototypes and Field Trials
- Accelerating Prototypes and 5G Field Trials
- Rapid Prototyping with Model-Based Design
- Case Study: Developing an LTE OFDM Modulator and Detector
- HDL Implementation on FPGA and ASIC
- Who uses this workflow for 5G prototyping - System Verification and Testing
- 5G System Verification and Testing
- 5G Live-Signal Generation and Reception
- 5G Live Signals via Software-Defined Radio
- Generation and Capture of Live 5G Signals Using RF Instruments
- Analysis of Massive Field Trial Data Sets
- Test Data Capture and Analysis
- Data Processing and Visualization
- Visualization of 5G Field Test Results on Maps
- Analysis and Results Sharing
مقدمه | Preface
Two major trends are behind the race to 5G:
the explosive growthin demand for wireless broadband that can carry video and other content-rich services, and the Internet of Things (IoT), where large numbers of smart devices communicate over the Internet. To achieve these objectives, 5G will provide extreme broadband speed, ultralow latency, and ultrareliable web connectivity.
5G networks and devices will require substantially different architectures, radio access technology, and physical layer algorithms. Dense networks of small cells will complement macro base stations, operating at millimeter wave technologies and employing massive MIMO antenna arrays. And the processing components within network equipment and user devices will become more integrated and adaptive.
Innovations like hybrid beamforming are stretching the old ways of developing wireless systems. These highly integrated technologies require a corresponding integration of engineering domain expertise and tools.
تحميل الكتاب
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م / مصطفى أحمد
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م / مصطفى أحمد
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