| Technical Name | 5G Low Latency Massive Access Technology | ||
|---|---|---|---|
| Project Operator | National Taiwan University | ||
| Project Host | 蘇炫榮 | ||
| Summary | The CPS-OFDM technology by NTU enjoys the best spectral efficiencydesign flexibility among the 5G candidate new waveform designs. CPS-OFDM is integratedjointly optimized with the high performance SCMA by Univ of Surrey to achieve high communication efficiency, high reliability, low latency, for boosting the productivity of the factories of the future (FoF). |
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| Scientific Breakthrough | By imposing the flexibility in frequencytime, the CPS-OFDM by NTU enjoys the best spectral efficiencydesign flexibility among the 5G candidate new waveform designs. The CPS-OFDM jointly optimized with the high performance SCMA by Univ of Surrey can achieve high communication efficiency, high reliability, low latency, for boosting the productivity of the factories of the future (FoF). |
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| Industrial Applicability | The CPS-OFDM by NTU has the best performance among the 5G candidate waveform designs,has potential to be included in 5G standards. The high performance SCMA by U of Surrey is based on Huawei’s SCMA, which is likely to be included in the 5G standards. Joint CPS-OFDMSCMA can achieve high communication efficiency, reliability, low latency, which are features desired by 5G products. |
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| Keyword | 5G new waveform 5G massive access SCMA FoF 5G URLLC IoT OFDM NOMA Industry 4.0 5G eMBB | ||
| Notes | |||
- Contact
- angelhuang421@ntu.edu.tw
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