Network topology

A fine-grained Indoor Localization using Multidimensional WiFi Fingerprinting Abstract—Although fingerprint based localization is promising for indoor applications, its accuracy remains a huge challenge. Most existing approaches depends on the Radio Signal Strength (RSS) to generate fingerprints. Merely using RSS is unable to accurately localize since such an one-dimensional fingerprint is serious influenced by the interference and multipath effect in the indoor environment. In this paper, we propose

Wireless Networks Micheal Bennett Nova Southeastern University Abstract Wireless communication has become an indispensable tool in the world today. Most of the world is connected and as a result, we have been able to carry out multiple tasks in a short time leaving us spare time to engage in other activities that demand our attention. Wireless networks have gone through several developmental phases to offer the fast and efficient services that we have presently. In this paper, I discuss

this protocol is applicable for ad-hoc networks. Packet forwarding consists of two phases:

Internet of Things is the connectivity concept which makes all the devices, connected to the main monitoring device via Wired or Wireless. The communication that is been used by IoT is possessing an RFID. Every device in this IoT network seems to physically individual, but they are all connected with a same unison. There are more than 12 billions connected and according to stats, in coming years it would increase to more than 26 times of present. IoT is the most fashionable way of connecting devices

adminstrations. In addition, the company also has three distribution centers that are located in Chicago, Phoenix, and New York, while having their manufacturing plant is currently located in China. With this my recommendation is to implement A Wide Area Network (WAN). In doing so you will be able to miniumize costs by interconnecting all the offices and staff members. In order to decrease spending even more a telecommunications system will be implemented. This implemantation will allow each of the company’s

Security modules (firewalls, anti-virus servers) will reside within the WWTC network that will provide intrusion detection and protection from malicious cyber-attacks. They will also filter the traffic entering or exiting the intranet. Aggregate networking devices such as routers and switches will provide connectivity to all users

Area Network Performance Dependency Introduction: Wireless network of wearable computing devices is known as Body Area Network (BAN),/ Wireless Body Area Network (WBAN) / Body Sensor Network (BSN).WBAN is a wireless network which is used in wearable computing devices[1]. It can be either embedded inside the body or can be surface mounted on fixed position wearable technology. One can carry theses such devices along with them like in bags, in pockets, By hand etc. A network consists

Fi-Wi TECHNOLOGY (Fiber Wireless Network Architecture) Gande Kiran Kumar, IT Department, MallaReddy Inst of Eng& Tech(MRIET) , Maisammaguda, Secunderabad. kirangande92@gmail.com 8099225308. ,Gajula Vijay Kumar , IT Department, MallaReddy Inst of Eng& Tech(MRIET) Maisammaguda, Secunderabad Shivavijay06@gmail.com 8125746522. Abstract— The ultimate goal of Fiber Wireless (FI-WI) networks is to convergence of various optical and wireless technologies under a single infrastructure

is essential in order to dynamically determine the topology of the network and to detect failing links. Bridging control protocols may be used similarly in smaller networks or may be used in combination with routing.” Higginson & Shand (1997). Bridge and routers are applied in computer networking as they both connect two or more interrelated Local Area Networks (LAN) therefore creating an extension of the Local Area Network or a Wide Area Network. Bridges operates on MAC layer addresses and at the

functions are implemented through modifiable software or firmware operating on programmable processing technologies. 1.2 A Brief History of SDR An SDR is a radio in which the properties of carrier frequency, signal bandwidth, modulation, and network access are defined by software. Today’s modern SDR also implements any necessary cryptography; forward error correction (FEC) coding; and source coding of voice, video, or data in software as well. The roots of SDR design go back to 1987, when Air