The Organizational Communication Network for the ACME Corporation - Term Paper Example

Running head: NETWORK DESIGN Network Design Affiliation May 2009 Table of Contents Table of Contents 2 Introduction 3 Network Technology 3 Network Technical equipment required 4 ACME Corporation MAN network 4 New equipment 10 Connecting the Ipswich and Brisbane locations 10 Network operating system 11 Network security 12 Conclusion 13 Bibliography 13 Introduction This network design report will present a deep insight into the designing of the organizational communication network for the ACME Corporation. This network will provide a better facility regarding the data communication and transfer over the organizational network. This structure will offer a better data transfer and organizational communication. Here we have decided to implement the MAN (metropolitan area network) for the ACME Corporation. This size of the business and its communication needs did not supported through the organizational LAN, so the MAN is vital solution for this business. Network Technology MAN (metropolitan area network) plan services that hold up MAN can remain to the IEEE Standard that is IEEE 802.6 MAN standard from the establishment of IEEE (Electrical and Electronics Engineers). IEEE standard 802.6 MAN expresses the spread DQDB (or queue dual bus) arrangement outline as well as wires the OSI protocol, an infrastructure standard that outlines a networking structure by means of 7 layers. IEEE 802.16a, a modification to IEEE standard that is IEEE 802.16-2001, constructs in the lead to Wire-less-MAN SC air interface, a SC (single carrier) intonation system intended to function in the 10-66 GHz range. MAN network structure services that hold to IEEE 802.16a stander can maintain the single-carrier entrance technique for particular reason system however include a 256-carrier, orthogonal network communication frequency, distribution multiplexed level to divide the signal interested in less significant sub signals. Network Technical equipment required ACME Corporation MAN network plans services that hold up MAN network supported technologies that work in the lesser 3 layers of the open systems interconnect reference model. Normally, this MAN network plan services hold up point to point relations, virtual circuits, switched circuits, data packet switched circuit’s capability, or circuit switching. There is need of Point-to-point links in the inner departmental design of the ACME Corporation MAN network that offers a single, predefined infrastructure for the communication of the data path starting form head office in the Brisbane Central Business District to the ACME factory and warehouse in Ipswich as the carrier network to a distant organizational network. The implementation of the Packet-switched circuits allows network consumers to share widespread network data carrier resources by means of switched multi-megabit data services (SMDS), ATM (asynchronous transfer mode), data frame convey, or else X.25. Switched circuits start network data associations while desirable as well as conclude network links when communication is complete. ACME Corporation MAN network virtual circuits are formed inside a common network among two systems devices, as well as comprise together SVC (switched virtual circuits) as well as enduring virtual circuits (PVC). The technology of the ISDN (Integrated services digital network) is a category of network circuit control offers on-demand data network connections. ACME Corporation MAN network Perfectly communication network operative would simply have to handle a single kind of communication network. Our ACME Corporation MAN network will be multi-purpose MAN network that will attach every organizational department to the central data bases and communication infrastructure. Here a variety of connection to the ACME Corporation MAN network as well as present every start beginning the real-time contact services to normal requirement of the ACME Corporation data transfer services. Figure 1 ACME Corporation MAN Network ACME Corporation MAN Network would also offer QoS (quality of service) as well as hold several types of network data traffic, from stable ACME Corporation data and information bit-rate transfer to packet- or else cell-based communication traffic. Here our ACME Corporation MAN Network will offer a multi-service system that will reduce the generally operating expenditures. In our case of the ACME Corporation communication Network the implementation of the available SONET/SDH network infrastructure is unluckily not capable to convene established needs of the ACME Corporation data and information transfer and communication requirements. The worst case situation is that the network operators have to uphold their legacy networks services intended for legacy services while the novel services require overlapping system for the ACME Corporation network infrastructure. Figure 2 ACME Corporation MAN Network [wireless connection to main server] Figure 3 Customer services processing Figure 4 Head office in Brisbane and its association to the ACME factory and warehouse in Ipswich Figure 5 ACME 4 department’s interaction New equipment In the construction of the ACME Corporation MAN Network we will require the better facilities of the communication and data transfer among different hope of the network. Here we will establish better services for the data communication and information transfer. Here we need to establish better network infrastructure that supports effective communication and data travel. Here I have researched the web and searched for the state of the art technology for our network establishment. Below I have placed the main list of the equipment that we will require for the overall organizational communication. Network Cards for existing systems Routers Switches Main servers Wireless Transmitters New computer systems Communication Lines (Fiber optics, coax cable or twist pair) Hubs Stand by power generators Connecting the Ipswich and Brisbane locations For connecting the Ipswich and Brisbane locations the better solution is the establishment of the wireless communication infrastructure. This wireless network will provide the less expensive infrastructure as compared to the cable based network infrastructure. Here we will establish a better security based network system that will transmit the information through the wireless network communication. Network operating system Here for the establishment of the ACME Corporation communication Network we need to establish a network operating system that will be a software that manages ACME network as well as hands the its packet traffic as well as queues. This system will also provide the controls right of entry through several users to ACME network resources like that the files, as well as offers for convinced organizational gathering comprising security. The ACME network operating system manages all the operations and communication services through the networking features. Here I have researched the web and got that more popular network operating system are Microsoft Windows Server, Artisofts LANtastic, Novell Netware, and Windows NT. Here I have drawn out the main needs of the ACME Corporation communication Network. Through these main requirements and services we will access the network operating system choice. We will mainly require facilities of the File and print sharing, Security and Account administration for users connected to the ACME Network. Here we will also require facility of the network Components installation, Client functionality and Server functionality. The need of the File Sharing, Network services, Print sharing and Backing up data is also really essential for the ACME Network so we an operating system that can convince all these requirements. Through the comprehensive online research I have got that Microsoft Windows Server is really best for the ACME organizational needs and requirements for the data communication and sharing. Now best version of the Microsoft Windows Server is Microsoft Windows Server 2008. This version has better security implementation and effective client server’s services control. So I will suggest this network operating system for the ACME Corporation communication Network. Network security Network security is first step toward the organizational data and information security. ACME Corporation communication Network will require more effective network security parameters for the better safety to the business and data and information. Here we will follow following steps for the better online and inner departmental security of the network. Development and Improvement of the Unified Threat Management System strategy Organization of the strong firewall Accomplishment of the Strong Antivirus software Installation of the Internet Security Software Officially authorized authentication through making use of the strong passwords and user accounts For the ACME Corporation wireless communication Network we will make use of a robust password Accomplishment of the network monitor or the optional network analyzer Increasing the awareness among the ACME Corporation employees for the better physical security of the data and information Handling the network through the an progressive administrator or manager Conclusion This report has presented a detailed analysis of the ACME Corporation communication network and its establishment for the effective organizational communication and data transfer among different bodies. Here I have suggested the main technology equipments and devices for the network. I have also discussed about the main network technology that we will implement. This report has outlined the main network management and handling issues for the effective network communication and data management. I hope that this network design will be a success. Bibliography Carcone, P. (2008). Information Technology System Implementation. Retrieved 05 30, 2009, from Online Magzine and Writers Network: http://www.suite101.com Christine, H., & Wemhard H, M. (2000). Mobile Teleworking: Some Solutions and Information Security Aspects. Siemens AG, Information and Communication Products, Information Security, (pp. 322-325). Farwell, J. (2008). WiMAX Wireless Technology. Retrieved 05 30, 2009, from http://www.pctoday.com HANZO, L. (1999). Bandwidth-Efficient Wireless Multimedia Communications. PROCEEDINGS OF THE IEEE (pp. 1342-1382). IEEE. James, F. K., & Keith, W. R. (2007). Computer Networking: A Top-Down Approach. New York: Addison Wesley. Laudon, K. C., & Laudon, J. P. (1999). Management Information Systems, Sixth Edition. New Jersey: Prentice Hall . Leidner, S. L. (1999). Communication and Trust in Global Virtual Teams. Organization Science, Vol. 10, No. 6, , 791-815. Mitchell, B. (2009). Introduction to Network Types, LAN, WAN and Other Area Networks. Retrieved 05 30, 2009, from About.Com: http://compnetworking.about.com/od/basicnetworkingconcepts/a/network_types.htm Nash, J. (2000). Networking Essentials, MCSE Study Guide. Foster City, California: IDG Books Worldwide, Inc. Peterson, L. (1999). Computer Networks: A Systems Approach. San Fransisco: Morgan Kaufmann Publishers Inc. Rebecca, H. (2007). Security Inside the Perimeter. Retrieved 05 30, 2009, from Real Time Publishers: realtimepublishers.com Siponen, M., & Oinas-Kukkonen, H. (2007). A review of information security issues and respective research contributions. The Database for Advances in Information Systems , 38 (1), 60-81. W5-data security Policy. (2009). 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