A 2.7 mW/Channel 48-1000 MHz Direct Sampling Full-Band Cable Receiver.
Jiangfeng WuGiuseppe CusmaiAcer Wei-Te ChouTao WangBo ShenVijayaramalingam PeriasamyMing-Hung HsiehChun-Ying ChenLin HeLoke Kun TanAravind PadyanaVincent Cheng-Hsun YangGregory UnruhJackie Koon Lun WongBryan Juo-Jung HungMassimo BrandoliniMaco Sha-Ting LinXi ChenYen DingYen-Jen KoYoung J. ShinAda Hing T. HungBinning ChenCynthia DangDeepak LakshminarasimhanIris Hong LiuJerry LinKowen LaiLarry WassermannAyaskant ShrivastavaChi-Ming HsiaoChun-Sheng HuangJianlong ChenLakshminarasimhan KrishnanNing-Yi WangPin-En SuTianwei LiWei-Ta ShihYau-Cheng YangPeter CangianeRandall PerlowWilliam NgaiHanson Hung-Sen HuangJames Y. C. ChangXicheng JiangArdie VenesRamon Ray GomezPublished in: IEEE J. Solid State Circuits (2016)
Keyphrases
- channel estimation
- fading channels
- physical layer
- sampling algorithm
- multi channel
- random sampling
- high speed
- power consumption
- monte carlo
- communication systems
- frequency band
- decision feedback
- channel state information
- false alarm probability
- multiple input multiple output
- frequency spectrum
- sample size
- sampling methods
- high frequency
- narrow band
- multiple access
- fiber optic
- ofdm system
- channel capacity
- received signal
- power plant