Mimo Operation
咪咪操作

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10.1109/ACCESS.2019.2910376

The proposed method is used to design a handset antenna with small ground clearance of 5 mm capable of <inline-formula> <tex-math notation="LaTeX">$2\times 2$ </tex-math></inline-formula> MIMO operation in the 698–960 MHz low band with 30–40 % efficiency and <inline-formula> <tex-math notation="LaTeX">$4\times 4$ </tex-math></inline-formula> MIMO in the 1.

所提出的方法用于设计具有 5 mm 小离地间隙的手机天线，能够 <inline-formula> <tex-math notation="LaTeX">$2\times 2$ </tex-math></inline-formula > MIMO 操作在 698–960 MHz 低频段，效率为 30–40%，<inline-formula> <tex-math notation="LaTeX">$4\times 4$ </tex-math></inline-formula> MIMO 1.

Switch-Reconfigurable Metal Rim MIMO Handset Antenna With Distributed Feeding

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10.1109/ECTC.2019.00149

This solution achieves a very high cross polarization discrimination ratio (>25dB), which is critical in the MIMO operation of the dual polarization network.

该解决方案实现了非常高的交叉极化鉴别比 (>25dB)，这对于双极化网络的 MIMO 操作至关重要。

Novel Multicore PCB and Substrate Solutions for Ultra Broadband Dual Polarized Antennas for 5G Millimeter Wave Covering 28GHz & 39GHz Range

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10.1109/ISSCC.2019.8662357

For MIMO operation, a central chirp signal from a sub-sampling PLL integrated in 28nm CMOS [1] is distributed to multiple TRX chips on a PCB, eliminating mm-wave signal routing.

对于 MIMO 操作，来自集成在 28nm CMOS [1] 中的子采样 PLL 的中央啁啾信号被分配到 PCB 上的多个 TRX 芯片，从而消除了毫米波信号路由。

9.4 A 145GHz FMCW-Radar Transceiver in 28nm CMOS

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10.1109/APMC46564.2019.9038780

The two conjoined dual antennas provide four wide operating bands for $4 \times 4$ MIMO operation in 5G band of 3300 MHz ∼ 5000 MHz and in 5 GHz-WiFi band of 5150 MHz ∼ 5875 MHz.

两个连体双天线在 3300 MHz ～ 5000 MHz 的 5G 频段和 5150 MHz ～ 5875 MHz 的 5 GHz-WiFi 频段中提供 4 美元 × 4 美元的 MIMO 操作的四个宽工作频段。

$4 \times 4$ MIMO Performance of Two Conjoined Dual Wideband Antennas Including the Feedline Effects for 5G Smartphones

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10.1109/ISSCC.2019.8662425

To preserve full field-of-view (FoV) and multi-beam/MIMO operations, digital arrays often skip FoV-limited front-end beamforming and rely on digital backends for spatial filtering [1].

为了保持全视场 (FoV) 和多波束/MIMO 操作，数字阵列通常会跳过 FoV 受限的前端波束成形，并依赖数字后端进行空间滤波 [1]。

21.2 A 27-to-41GHz MIMO Receiver with N-Input-N-Output Using Scalable Cascadable Autonomous Array-Based High-Order Spatial Filters for Instinctual Full-FoV Multi-Blocker/Signal Management

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10.4018/978-1-5225-8241-0.CH008

IoT applications leads to increasing demands in high traffic volume, M2M communications, low latency, and MIMO operations.

物联网应用导致对高流量、M2M 通信、低延迟和 MIMO 操作的需求不断增加。

Lightweight Secure Architectural Framework for Internet of Things

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10.1109/TMTT.2019.2930499

The vector modulators in the transmit (TX) paths allow the application of complex bit streams of second-order delta–sigma modulators easily generated on a field-programmable gate array (FPGA) to implement single-sideband (SSB) modulation on the TX signals resulting in orthogonal waveforms for the MIMO operation.

发送 (TX) 路径中的矢量调制器允许应用在现场可编程门阵列 (FPGA) 上轻松生成的二阶 delta-sigma 调制器的复杂比特流，以对 TX 信号实现单边带 (SSB) 调制产生用于 MIMO 操作的正交波形。

A Scalable Four-Channel Frequency-Division Multiplexing MIMO Radar Utilizing Single-Sideband Delta–Sigma Modulation

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10.1109/ACCESS.2019.2941908

25bps/Hz and is about 3 times of $2\times2$ MIMO operations.

25bps/Hz，大约是 $2\times2$ MIMO 操作的 3 倍。

Eight Element Multiple-Input Multiple-Output (MIMO) Antenna for 5G Mobile Applications

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10.1109/rfic.2019.8701845

Three individual transmitters (TXs) and four receivers (RXs) are integrated for MIMO operation to achieve higher resolution and sensitivity.

集成了三个单独的发射器 (TX) 和四个接收器 (RX)，用于 MIMO 操作，以实现更高的分辨率和灵敏度。

A Compact 76-81 GHz 3TX/4RX Transceiver for FMCW Radar Applications in 65-nm CMOS Technology

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Mimo Operation(咪咪操作)研究综述

Mimo Operation 咪咪操作 - The proposed method is used to design a handset antenna with small ground clearance of 5 mm capable of $2\times 2$ MIMO operation in the 698–960 MHz low band with 30–40 % efficiency and $4\times 4$ MIMO in the 1. [1] This solution achieves a very high cross polarization discrimination ratio (>25dB), which is critical in the MIMO operation of the dual polarization network. [2] For MIMO operation, a central chirp signal from a sub-sampling PLL integrated in 28nm CMOS [1] is distributed to multiple TRX chips on a PCB, eliminating mm-wave signal routing. [3] The two conjoined dual antennas provide four wide operating bands for $4 \times 4$ MIMO operation in 5G band of 3300 MHz ∼ 5000 MHz and in 5 GHz-WiFi band of 5150 MHz ∼ 5875 MHz. [4] To preserve full field-of-view (FoV) and multi-beam/MIMO operations, digital arrays often skip FoV-limited front-end beamforming and rely on digital backends for spatial filtering [1]. [5] IoT applications leads to increasing demands in high traffic volume, M2M communications, low latency, and MIMO operations. [6] The vector modulators in the transmit (TX) paths allow the application of complex bit streams of second-order delta–sigma modulators easily generated on a field-programmable gate array (FPGA) to implement single-sideband (SSB) modulation on the TX signals resulting in orthogonal waveforms for the MIMO operation. [7] 25bps/Hz and is about 3 times of $2\times2$ MIMO operations. [8] Three individual transmitters (TXs) and four receivers (RXs) are integrated for MIMO operation to achieve higher resolution and sensitivity. [9]
所提出的方法用于设计具有 5 mm 小离地间隙的手机天线，能够 <inline-formula> <tex-math notation="LaTeX">$2\times 2$ </tex-math></inline-formula > MIMO 操作在 698–960 MHz 低频段，效率为 30–40%，<inline-formula> <tex-math notation="LaTeX">$4\times 4$ </tex-math></inline-formula> MIMO 1. [1] 该解决方案实现了非常高的交叉极化鉴别比 (>25dB)，这对于双极化网络的 MIMO 操作至关重要。 [2] 对于 MIMO 操作，来自集成在 28nm CMOS [1] 中的子采样 PLL 的中央啁啾信号被分配到 PCB 上的多个 TRX 芯片，从而消除了毫米波信号路由。 [3] 两个连体双天线在 3300 MHz ～ 5000 MHz 的 5G 频段和 5150 MHz ～ 5875 MHz 的 5 GHz-WiFi 频段中提供 4 美元 × 4 美元的 MIMO 操作的四个宽工作频段。 [4] 为了保持全视场 (FoV) 和多波束/MIMO 操作，数字阵列通常会跳过 FoV 受限的前端波束成形，并依赖数字后端进行空间滤波 [1]。 [5] 物联网应用导致对高流量、M2M 通信、低延迟和 MIMO 操作的需求不断增加。 [6] 发送 (TX) 路径中的矢量调制器允许应用在现场可编程门阵列 (FPGA) 上轻松生成的二阶 delta-sigma 调制器的复杂比特流，以对 TX 信号实现单边带 (SSB) 调制产生用于 MIMO 操作的正交波形。 [7] 25bps/Hz，大约是 $2\times2$ MIMO 操作的 3 倍。 [8] 集成了三个单独的发射器 (TX) 和四个接收器 (RX)，用于 MIMO 操作，以实现更高的分辨率和灵敏度。 [9]