IEICE TRANSACTIONS ON COMMUNICATIONS 是一本全电子期刊，由电子、信息和通信工程师协会（IEICE）偶尔出版，并由 IEICE 的通信学会编辑。 IEICE TRANSACTIONS ON COMMUNICATIONS 发表经过同行评审的原创论文，涵盖整个通信领域，包括：- 通信基础理论- 电子通信中的能源- 通信传输系统和传输设备- 通信用光纤- 光纤传输用于通信-网络系统-网络-互联网-网络管理/操作-天线和传播-电磁兼容性（EMC）-无线通信技术-地面无线通信/广播技术-卫星通信-传感-导航、制导和控制系统-空间利用通信系统-通信多媒体系统

IEICE Transactions on Communications is a fully electronic journal published by the Institute of Electronics, Information and Communication Engineers (IEICE) and edited by the IEICE Communications Society. The journal publishes peer-reviewed original papers covering all aspects of the field of communications, including: fundamental theories of communications, energy in electronic communications, communication transmission systems and devices, optical fiber communications, network systems, the Internet, network management and operations, antennas and propagation, electromagnetic compatibility (EMC), wireless communication technologies, terrestrial wireless communication and broadcasting technologies, satellite communications, sensing, navigation, guidance and control systems, space utilization communication systems, and communication multimedia systems.

《IEICE Transactions on Communications》是一本全电子期刊，由电子、信息和通信工程师协会（IEICE）出版，并由IEICE通信学会编辑。该期刊发表经过同行评审的原创论文，涵盖通信领域的各个方面，包括：通信基础理论、电子通信中的能源、通信传输系统和设备、光纤通信、网络系统、互联网、网络管理与操作、天线与传播、电磁兼容性（EMC）、无线通信技术、地面无线通信与广播技术、卫星通信、传感、导航、制导与控制系统、空间利用通信系统以及通信多媒体系统。

IEICE Transactions on Communications

Nobuaki Kubo

Global navigation satellite system precise positioning technology

全球导航卫星系统精密定位技术

Kazuyuki Morioka

Akiko Kohmura

Naruto Yonemoto

Xiaodong Lu

Naoki Kanada

Masahiko Sato

Norihiko Miyazaki

Flight experiments for a future seamless air-to-ground communications system for air traffic management

未来空中交通管理无缝空地通信系统的飞行实验

Jie Li

Sai Li

Xiangyang Mu

Joint resource optimization for UAV swarm communication system based on DQN

基于DQN的无人机群通信系统联合资源优化

Shun Yoneda

Takashi Ohiwa

Mamoru Sawahashi

Satoshi Nagata

Satoshi Suyama

Detection performance of NR downlink initial access using synchronization signal block in millimeter-wave bands

毫米波频段中使用同步信号块的NR下行初始接入检测性能

Kenshi Ogawa

Dovchin Tsagaanbayar

Ryohei Nakamura

ISAR Image Drone Classification with CNN Using Millimeter-Wave Fast Chirp Modulation MIMO Radar

基于毫米波快速啁啾调制MIMO雷达的CNN无人机ISAR图像分类

To enhance fuel efficiency and lower manufacturing and maintenance costs, in-vehicle wireless networks can facilitate the weight reduction of vehicle wire harnesses. In this paper, we utilize the Impulse Radio-Ultra Wideband (IR-UWB) of IEEE 802.15.4a/z for in-vehicle wireless networks because of its excellent signal penetration and robustness in multipath environments. Since clear channel assessment is optional in this standard, we employ polling control as a multiple access control to prevent interference within the system. Therein, the preamble overhead is large in IR-UWB of IEEE 802.15.4a/z. Hence, aggregating as much sensor data as possible within each frame is more efficient. In this paper, we assume that reading out data from sensors and sending data to actuators is periodical and that their respective phases can be adjusted. Therefore, this paper proposes an integer linear programming-based scheduling algorithm that minimizes the number of transmitted frames by adjusting the read and write phases. Furthermore, we provide a heuristic algorithm that computes a sub-optimal but acceptable solution in a shorter time. Experimental validation shows that the data aggregation of the proposed algorithms is robust against interference.

Hajime Migita

Yuki Nakagoshi

Patrick Finnerty

Chikara Ohta

Makoto Okuhara

Polling schedule algorithms for data aggregation with sensor phase control in in-vehicle UWB networks

车载UWB网络中传感器相位控制的数据聚合轮询调度算法

In this paper, we consider an orthogonal frequency division multiple access (OFDMA)-based multiuser full-duplex wireless powered communication network (FD WPCN) system with beamforming (BF) at an energy transmitter (ET). The ET performs BF to efficiently transmit energy to multiple users while suppressing interference to an information receiver (IR). Multiple users operating in full-duplex mode harvest energy from the signals sent by the ET while simultaneously transmitting information to the IR using the harvested energy. We analytically demonstrate that the FD WPCN is superior to its half-duplex (HD) WPCN counterpart in the high-SNR regime. We propose a transmitter design method that maximizes the sum rate by determining the BF at the ET, power allocation at both the ET and users, and sub-band allocation. Simulation results show the effectiveness of the proposed method.

Keigo Hirashima

Teruyuki Miyajima

Sum rate maximization for multiuser full-duplex wireless powered communication networks

多用户全双工无线供电通信网络的和速率最大化

This paper proposes a novel differential active self-interference canceller (DASIC) algorithm for asynchronous in-band full-duplex (IBFD) Gaussian filtered frequency shift keying (GFSK), which is designed for wireless Internet of Things (IoT). In IBFD communications, where two terminals simultaneously transmit and receive signals in the same frequency band, there is an extremely strong self-interference (SI). The SI can be mitigated by an active SI canceller (ASIC), which subtracts an interference replica based on channel state information (CSI) from the received signal. The challenging problem is the realization of asynchronous IBFD for wireless IoT in indoor environments. In the asynchronous mode, pilot contamination is induced by the non-orthogonality between asynchronous pilot sequences. In addition, the transceiver suffers from analog front-end (AFE) impairments, such as phase noise. Due to these impairments, the SI cannot be canceled entirely at the receiver, resulting in residual interference. To address the above issue, the DASIC incorporates the principle of the differential codec, which enables to suppress SI without the CSI estimation of SI owing to the differential structure. Also, on the premise of using an error correction technique, iterative detection and decoding (IDD) is applied to improve the detection capability while exchanging the extrinsic log-likelihood ratio (LLR) between the maximum a-posteriori probability (MAP) detector and the channel decoder. Finally, the validity of using the DASIC algorithm is evaluated by computer simulations in terms of the packet error rate (PER). The results clearly demonstrate the possibility of realizing asynchronous IBFD.

Shinsuke Ibi

Takumi Takahashi

Hisato Iwai

Differential active self-interference cancellation for asynchronous in-band full-duplex GFSK

异步带内全双工GFSK的差分主动自干扰消除

This paper proposes a network design model, considering data consistency for a delay-sensitive distributed processing system.The data consistency is determined by collating the own state and the states of slave servers.If the state is mismatched with other servers, the rollback process is initiated to modify the state to guarantee data consistency.In the proposed model, the selected servers and the master-slave server pairs are determined to minimize the end-to-end delay and the delay for data consistency.We formulate the proposed model as an integer linear programming problem.We evaluate the delay performance and computation time.We evaluate the proposed model in two network models with two, three, and four slave servers.The proposed model reduces the delay for data consistency by up to 31 percent compared to that of a typical model that collates the status of all servers at one master server.The computation time is a few seconds, which is an acceptable time for network design before service launch.These results indicate that the proposed model is effective for delay-sensitive applications.

Akio Kawabata

Bijoy Chand Chatterjee

Eiji Oki

CMND: Consistent-Aware Multi-Server Network Design Model for Delay-Sensitive Applications

CMND：面向延迟敏感应用的一致性感知多服务器网络设计模型

Abbreviation	IEICE Trans. Commun.
Journal Impact	0.61
Quartiles(Global)	TELECOMMUNICATIONS(Q4)

ISSN	0916-8516, 1745-1345
h-index	60

Publication Information	Publisher: Maruzen Co., Ltd/Maruzen Kabushikikaisha，Publishing cycle: Monthly，Journal Type: journal，Open Access Journals: No
Basic data	Year of publication: 1993，Proportion of original research papers: 100.00%，Self Citation Rate:14.30%， Gold OA Rate: 0.43%
Average review cycle	网友分享经验：平均4.0个月
Average recruitment ratio	网友分享经验：容易

IEICE Transactions on Communications

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Global navigation satellite system precise positioning technology

Flight experiments for a future seamless air-to-ground communications system for air traffic management

Joint resource optimization for UAV swarm communication system based on DQN

Detection performance of NR downlink initial access using synchronization signal block in millimeter-wave bands

ISAR Image Drone Classification with CNN Using Millimeter-Wave Fast Chirp Modulation MIMO Radar

Global navigation satellite system precise positioning technology

Polling schedule algorithms for data aggregation with sensor phase control in in-vehicle UWB networks

Sum rate maximization for multiuser full-duplex wireless powered communication networks

Differential active self-interference cancellation for asynchronous in-band full-duplex GFSK

CMND: Consistent-Aware Multi-Server Network Design Model for Delay-Sensitive Applications