Wireless Sensor Networks in Wine Production Oliver Bonham-Carter‚ Prajol Shakya‚ Cory Becker‚ Jasmine Timilsina‚ Padmapriya Madamanch April 24‚ 2012 Abstract Grape vines‚ to a wine producer‚ are the asset of the business since they supply the most fundamental element of the wine making process. Every measure must be taken to ensure that these grape vines are in excellent health – properly watered‚ given enough light‚ and etc. If the grape vines have been not been properly watered or are suffering
Premium Network topology Wireless networking Wireless
Bluetooth Based Wireless Sensor Networks –Implementation Issues and Solutions Srdjan Krco Applied Research Lab‚ Ericsson Ireland Invited paper Abstract – Wireless sensor networks – networks of small devices equipped with sensors‚ microprocessor and wireless communication interfaces – are a technology that has gained a lot of interest lately. The broad spectrum of new and interesting applications‚ ranging from personal health-care to environmental monitoring and military applications‚ is proposed
Premium Bluetooth
Abstract: Wireless technologies have experienced an enormous growth in the last decades. The wireless personal area networks (WPANs) and wireless local area networks (WPANs) are heterogeneous networks which are used in different applications. Two networks‚ called Wifi (IEEE 802.11 WLAN) and ZigBee (IEEE 802.15.4 WPAN)‚ which operates in 2.4 GHz frequency. Spectrum sharing is an effective technique which is used to enhance spectrum utilization. However the coexistence and Interoperability is a critical
Premium Mobile phone Internet Bluetooth
1/22/15 NT1210 Strong Unit 2 Lab 2.3 Network Types and Topologies Exercise 2.3.2 PAN: Personal Area Network is a new type of network that describes two or more devices that are located on your person and normally connect to one another via Bluetooth. LAN: Local Area Network created by a group of devices in close proximity to one another and are normally located inside the same building or structure MAN: Metropolitan Area Network high speed private networks which are created by one or more dedicated
Premium Computer network
PROCEEDINGS OF ICETECT 2011 Industrial Utilization of Wireless Sensor Networks Shanmugaraj.M M.E (Pervasive Computing Technologies) Anna University of Technology Tiruchirappalli‚ India innoraj@gmail.com R.Prabakaran Assistant Professor (EEE)‚ Center for Convergence of Technologies (CCT) Anna University of Technology Tiruchirappalli‚ India hiprabakaran@gmail.com V.R.Sarma Dhulipala Assistant Professor (Physics)‚ Center for Convergence of Technologies (CCT) Anna University of Technology
Premium Wireless sensor network Sensor Wireless
Denial-of-Service (DoS) attack is mounted with the objective of causing a negative impact on the performance of a computer or network. It is also known as network saturation attack or bandwidth consumption attack. Attackers make DoS attacks by sending a large number of protocol packets to a network. The problems caused by a DoS attack are as follows: * Saturate network resources. * Disrupt connections between two computers‚ thereby preventing communications between services. * Disrupt services
Premium
In health care services the Wireless Body Area Network has gained much interest due to wide range of utility and vital role to improve human health. WBAN is useful technology having benefits in daily life not only for Healthcare but also for military training‚ safety‚ electronics purpose‚ and safeguarding of uniformed personnel. In our project‚ we are conducting comprehensive survey of Wireless Body Area Network (WBAN) and also introducing a Virtual Doctor Server (VDS) in existing WBAN architecture
Premium Health care Medicine Health care provider
Wireless Network Proposal‚ Riordan Manufacturing University of Phoenix CIS 319 June 14‚ 2008 Riordan Enterprises has requested to look into the possibility of adding wireless capabilities to their existing network. The need for wireless is understandable. It enables employees to be productive from anywhere. If they need to travel to a potential customer in Montana‚ or are at a plastics conference in Hawaii the ability to connect to the Riordan’s intranet is vital. Not only does it allow
Premium Virtual private network Wireless Computer network
MMAC: A Mobility-Adaptive‚ Collision-Free MAC Protocol for Wireless Sensor Networks Muneeb Ali‚ Tashfeen Suleman‚ and Zartash Afzal Uzmi Computer Science Department‚ LUMS {muneeb‚tashfeens‚zartash}@lums.edu.pk Abstract Mobility in wireless sensor networks poses unique challenges to the medium access control (MAC) protocol design. Previous MAC protocols for sensor networks assume static sensor nodes and focus on energyefficiency. In this paper‚ we present a mobilityadaptive‚ collision-free medium
Premium Wireless sensor network Sensor node Sensor
the use of wireless technologies‚ specifically radio frequency and free space optics‚ to satisfy business requirements for CAN‚ MAN‚ and WAN links in challenging design situations. The lab fully supports this week’s TCO listed below. TCO 6: Given a specific business scenario with a need to create a typical CAN‚ MAN‚ or WAN‚ design the appropriate type of wireless connection. Background The city of Joshua‚ Texas needs to connect four additional government offices to its primary network located in
Premium New Mexico Wireless Rail transport