Telecommunication
VUE: Vehicular User Equipment VUE stands for Vehicular User Equipment. It's a term used in the context of vehicular communication systems, specifically in the realm of Vehicle-to-Everything (V2X) communication. Understanding VUE A VUE is essentially a device installed in a vehicle that enables it to communicate with other
Telecommunication
Video Transmitter (VTx): A Technical Overview A Video Transmitter (VTx) is an electronic device that encodes and transmits video signals over a communication medium. It's a fundamental component in various video systems, including television broadcasting, video conferencing, surveillance, and wireless video transmission. Core Components and Functionalities 1. Video
Telecommunication
VTS: Vehicular Transportation System VTS is a broad term that can refer to several different systems. Based on common usage, I believe you're referring to one of the following: 1. Vehicle Tracking System (VTS) A Vehicle Tracking System (VTS) is a technology that uses GPS and other tracking
Telecommunication
Vehicle Traffic Density: A Technical Overview Definition Vehicle traffic density is a fundamental parameter in traffic engineering and transportation planning. It quantifies the number of vehicles present on a given length of roadway at a specific instant. Mathematical Representation Traffic density, denoted by 'k', is defined as: k
Telecommunication
pdf.usaid.gov/pdf_docs/PNACY795.pdf Virginia Tech: A Brief Overview Virginia Tech, officially known as the Virginia Polytechnic Institute and State University (VPI), is a public land-grant research university located in Blacksburg, Virginia. Founded in 1872, it has grown into a comprehensive institution offering undergraduate and graduate programs
Telecommunication
Video Telephony: A Technical Overview Video telephony is the technology that enables real-time, two-way communication between individuals using audio and video signals over a distance. It's essentially a video call, but the term often refers to the underlying technology and infrastructure that makes it possible. Core Components of
Telecommunication
Voltage Standing Wave Ratio (VSWR) Understanding VSWR Voltage Standing Wave Ratio (VSWR) is a measure of how efficiently radio-frequency (RF) power is transmitted from a source, through a transmission line, and into a load. It quantifies the impedance mismatch between the transmission line and the load. How VSWR Occurs When
Telecommunication
vSwitch: Virtual Switching Function Understanding vSwitch A virtual switch is essentially a software-based implementation of a physical network switch. It operates within a virtualized environment, typically within a hypervisor or container platform, and provides the same basic functionalities as a physical switch. How vSwitch Works 1. Virtual Network Interface (VNIC)
Telecommunication
telcomatraining.com/what-is-nds-network-domain-security/ VSTD: Vertical Security and Trust Domains Understanding VSTD Vertical Security and Trust Domains (VSTD) is a security architecture that focuses on safeguarding data, enforcing access controls, and managing risks across different layers of an organization's infrastructure, applications, and services. It's essentially a layered
Telecommunication
vSRVCC: Virtual Single Radio Video Call Continuity Understanding vSRVCC vSRVCC stands for Virtual Single Radio Video Call Continuity. It's an extension of the SRVCC (Single Radio Voice Call Continuity) concept, but tailored for video calls. The primary goal of vSRVCC is to ensure seamless continuity of video calls
Telecommunication
VSN: Virtual Sharing Network Disclaimer: There seems to be a potential confusion regarding the term "VSN". It could refer to either a Virtual Sensor Network or a Virtual Service Network. I'll provide explanations for both, and you can specify which one you're interested in
Telecommunication
Virtual Spatial Modulation (VSM) Understanding the Basics Virtual Spatial Modulation (VSM) is a technique that aims to enhance the spectral efficiency of multiple-input multiple-output (MIMO) systems by utilizing the spatial domain more efficiently. It builds upon the concept of Spatial Modulation (SM) but addresses some of its limitations, such as