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Research on clothing design based on 5G network and FPGA

机译：基于5G网络和FPGA的服装设计研究

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摘要

Mobile phone technology is thought to have developed in huge demand in the next few years, it exists. 5 G and related techniques, better data transmission rates, improved productivity, low latency, and high-quality services such as a number of major goals, can be solved. To analyze the cultural characteristics of the performance, explaining the characteristics of thinking of positioning principles and modern clothing brand. From the perspective of expressionism and print advertising, literary support, case studies and image analysis, SelfOrganizing Map (SOM) network training analysis, summarizing the relationship with the method of painting, the influence of expressionism Conceptual picture summaries, modes, compositions and colors are represented in recent international clothing brand print advertisements. Evaluated and suitable for communication methods such as discontinuous carrier aggregation, centralized processing, and 5 G waveform coexistence Field Programmable Gate Array (FPGA) baseband processing architecture. Cost-effectiveness, and support for5G waveform candidates. Design details, key technologies, and how to actually implement a smart clothing system. A typical application for smart clothing. It still highlights some design challenges and open issues that need to be addressed to make smart clothes for a wide range of applications.
机译：手机技术被认为在未来几年内巨大的需求发展，它存在。 5克和相关技术，更好的数据传输速率，提高生产力，低延迟和高质量的服务，如许多主要目标，可以解决。分析绩效的文化特点，解释了定位原则和现代服装品牌的思考特点。从表现主义和印刷广告的角度来看，文学支持，案例研究和图像分析，自治地图（SOM）网络训练分析，总结了与绘画方法的关系，表现主义概念概念概要，模式，组成和颜色的影响在最近的国际服装品牌印刷广告中代表。评估和适用于诸如不连续载波聚合​​，集中处理和5g波形共存场可编程门阵列（FPGA）基带处理架构的通信方法。成本效益，并支持5G波形候选者。设计细节，关键技术以及如何实际实施智能服装系统。智能服装的典型应用。它仍然突出了一些设计挑战和开放的问题，需要解决，以便为广泛的应用程序制作智能衣服。

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