A Throughput Simulation Framework for LTE-A Systems with Performance Analysis Capabilities
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Resource Overview
Detailed Documentation
A throughput simulation framework designed for LTE-A systems. This framework enables system performance evaluation and optimization by simulating data transmission processes within the system. It provides researchers and engineers with an experimental platform to better understand LTE-A system operation principles and characteristics. The implementation typically includes modules for channel modeling, resource allocation algorithms, and throughput calculation functions. Key components involve simulating physical layer protocols, HARQ mechanisms, and MIMO configurations through MATLAB or Python-based code structures. Users can test various parameters and strategies, such as adjusting modulation schemes (QPSK, 16QAM, 64QAM) and coding rates, to achieve optimal system performance. The framework's architecture allows for customizable scenario configurations including multi-cell interference modeling and user mobility patterns.
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