Telecommunications Advances and the Impact on Healthcare In today’s healthcare‚ people want more access to their doctors and their records. A lot of people don’t have time to actually sit in a hospital. So that leaves the question‚ how can a person stay in contact with their doctor and their information? Some say that the solution is Telemedicine. According to (Darkins & Cary‚ 2000) Telemedicine is the use of electronic communication and information technologies to deliver healthcare when distance
Premium Health care Medicine Health care provider
Programme: BSc Information Systems Case Study: Network Design for China Steel Ltd Table of Contents Introduction 3 Network Diagrams 3 Inter-Site Connections (WANS) 3 Leased Line 4 Circuit Switching 4 ISDN 4 Packet Switching 5 MPLS 5 VPN (Remote Access) 6 Inner-Site Connections (LANS) 6 Physical & Data Link Protocols 6 LAN Hardware Requirements 7 Layer 3 Protocols 8 IPv4
Premium IP address Ethernet Computer network
Kirk Samuda University of Phoenix NTC/362 Week(1) Mr. Juan De la Matta Table showing important telecommunications evolution timeline Year Description Inventor Objective 1876 Invents Telephone Alexander Graham Bell Single Communication 1877 Telephone Switchboard was invented Alexander Graham Bell Multiple Communications‚ dependent on Operator 1891 Dial Telephone invented Almon Strowger Not dependent on Operator 1947 Transistor was invented
Premium Telephone Alexander Graham Bell
Executive SummaryThe objective at hand was to build a network from the ground up. This was accomplished by breaking down all of the sections and building upon all previous assignments. This was a good course as I learned a lot about all of the different sections of building a network. The pros are now I know how to build a network on the design side from the ground up. I learned quite a bit about using a lot of the technologies associated with networking and it allowed me to learn quite a few new
Premium Computer network Virtual private network Network topology
employed with the IT Department inside the corporate headquarters for 24 Hour Fitness. The telecommunications systems used in my workplace is pretty complex. 24 Hour Fitness is located here in Carlsbad‚ California. We have three buildings; the main one is our Corporate Administration Center (CAC)‚ which houses our call centers. The other two buildings holds our main I.T. departments (Developers and our Network Operations Center (NOC))‚ with the exception of our Helpdesk and Telecom department (located
Premium Computer telephony integration Telecommunication
Security Security document: Session 8 Laura Abraham Telecommunications Networks: CIS 313-DL Security will be implemented throughout different areas of the network: The main security will be the Cisco firewall: The IOS firewall works at both the network and application layer. This means that not only are we protected against intrusion at the network layer‚ the firewall will also protect against any application resources that we implement. Different firewall policies can be configured for
Premium Wi-Fi Wireless network Virtual private network
In today’s business world‚ information about the customer is a necessity for a businesses trying to maximize its profits. A new‚ and important‚ tool in gaining this knowledge is Data Mining. Data Mining is a set of automated procedures used to find previously unknown patterns and relationships in data. These patterns and relationships‚ once extracted‚ can be used to make valid predictions about the behavior of the customer. Data Mining is generally used for four main tasks: (1) to improve
Premium Data mining Data
M2 - Explain the way that data transmitted over a network can be protected by encryption. Below‚ I will explain the way that data transmitted over a network can be encrypted to provide protection. I will explain what encryption entails‚ how data is transmitted‚ and why it is important to encrypt private data to ensure its protection. What Does Encryption Entail and How Does It Work? Encryption entails rearranging data in such a way that only the owner of both the encryption and decryption
Premium Encryption Internet Cryptography
A Dynamic Macroeconomic Model for the US Telecommunications Industry1 Elias Aravantinos‚ Stevens Institute of Technology‚ Wesley J. Howe School of Management‚ Hoboken‚ NJ‚ USA2 Dr. Fotios Harmantzis‚ Stevens Institute of Technology‚ Wesley J. Howe School of Management‚ Hoboken‚ NJ‚ USA ABSTRACT Dynamic models have been used in most businesses serving different purposes. The increased changes of the Telecommunications environment have created a dynamic industry emerging new dynamic economic models
Premium Broadband Economics Telecommunication
Virtual Private Network IS 311 Dr. Gray Tuesday 7pm November 19‚ 2002 By: Germaine Bacon Lizzi Beduya Jun Mitsuoka Betty Huang Juliet Polintan Table of Contents I. Introduction ……………………………………………….. 1 - 2 II. VPN Topology……………………………………………... 2 - 3 III. Types of VPNs……………………………………………... 3 - 5 IV. Components of VPNs………………………………………. 5 - 7 V. Productivity and Cost Benefit…………………………….... 7 - 9 VI. Quality of Service………………………………………….. 9 VII. The Future
Premium Virtual private network