IEEE-ACM TRANSACTIONS ON NETWORKING

IEEE-ACM交易网络的高层目标是发布高质量的原始研究结果来自理论或实验探索通信/计算机网络领域，包括各种信息传输网络在各种各样的物理层技术，无论是有线(各种引导媒体：如铜、光学)和无线(如射频、声(例如，水下，红外线)，或混合动力车。该杂志欢迎应用贡献报告的新经验和实际系统的实验。网络类型：从芯片规模到全球电信到星际：芯片网络、高速系统内互联网络、主干和接入电信网络、逻辑和覆盖网络、蜂窝移动电信网络、无线局域网、特设和网状无线网络、车载网络、可延迟/可干扰性网络等。网络方面：架构和设计（包括网络资源分配算法、交通工程、建模和性能分析）、协议（包括正式的通信协议验证、测试和转换方法）、网络软件（包括软件架构和应用程序，如目录服务、呼叫处理和信令）、网络硬件（包括新型硬件架构、新型网络设备及其使用）、操作和管理（包括网络规划和演化、可靠性、以及生存性）、测量（包括从操作网络和网络断层扫描中获得的见解）、安全性（包括网络入侵检测和控制恶意软件的传播）。应用领域：电话（电路和数据包、语音和视频）、传统上与全球数据包网络相关的所有应用（文件传输、电子邮件、万维网、流媒体视频等）、存储和数据中心、点对点文件共享、在线社交网络网络物理系统（包括分布式传感、网络功能计算和网络控制）等。与其他领域网络的接口：包括社会网络的信息传播和相关分布式系统方面，以及通信网络的生物学或自然启发技术，等等。

The IEEE-ACM Transactions on Networking’s high-level objective is to publish high-quality, original research results derived from theoretical or experimental exploration of the area of communication/computer networking, covering all sorts of information transport networks over all sorts of physical layer technologies, both wireline (all kinds of guided media: e.g., copper, optical) and wireless (e.g., radio-frequency, acoustic (e.g., underwater), infra-red), or hybrids of these. The journal welcomes applied contributions reporting on novel experiences and experiments with actual systems.Network types: chip-scale to global telecom to inter-planetary: networks-on-a-chip, high-speed intra-system interconnection networks, backbone and access telecom networks, logical and overlay networks, cellular mobile telecom networks, wireless local area networks, ad hoc and mesh wireless networks, inter-vehicular networks, delay/disruption-tolerant networks, etc.Networking aspects: architecture and design (including algorithms for network resource allocation, traffic engineering, modeling and performance analysis), protocols (including formal methods for the verification, testing, and conversion of communication protocols), network software (including software architecture and applications such as directory services, call processing, and signaling), network hardware (including novel hardware architectures, novel network devices, and their usage), operations and management (including network planning and evolution, reliability, and survivability), measurements (including insights gained from operational networks and network tomography), and security (including network intrusion detection and control of the spread of malicious software). Application domains: telephony (circuit and packet, voice and video), all applications traditionally associated with worldwide packet networks (file transfer, e-mail, World Wide Web, streaming video, etc.), storage and data-centers, peer-to-peer file sharing, online social networks, cyber-physical systems (including distributed sensing, function computation over networks, and control over networks), etc. Interfaces with networks in other domains: including information dissemination and related distributed systems aspects of social networks, and biologically or nature-inspired techniques for communication networks, etc.