Elastic and Inelastic Traffic Assignment Example | Topics and Well Written Essays - 750 words

Elastic and Inelastic Traffic - naming ExampleThis project is hence aimed at addressing these issues and affirming a corrective computer architecture to be implemented. 1.1. Objectives Considering the predefined net conditions, the restructuring of the internet architecture is aimed at achieving the geological formations strategized objectives of enhanced performance, scalability and agility, increased flexibility to offer support to the motley services and devices, high levels of security measures in place, redundancy and higher availability rates, ease of mesh topology manageability, refuse OPEX and CAPEX, and finally to ensure long term viability of the whole network topology and its interconnected devices. 2. Current serviceable problems and there proposed solutions As highlighted in the overview, functional problems have been identified and below are discussions of the impact to the organization and consequent corrective measures that need to be taken by the organization to restore its operation to normalcy. 2.1. Throughput The in all likelihood causes of throughput over this network organize under scrutiny may be due to the high figure of users (1000 employees) as compared to the type of server installed the prevailed bottleneck speed kinds of services being accessed by the staff members the measuring stick of cache and proxy server usage efficiency involved in the media access control forge the type and amount of noise within the transmission lines and errors on the cable plant and the resultant tweaking of the operating(a) system if any. Initiatives of this project therefore are to come up with solutions aimed at optimizing throughput, availability and inherent limitations that blockade the protocol performances with corrective measures to these limitations. Besides, WAN Accelerators can be used through its direct installation into the architecture accelerate the transmission speeds. 2.2. Packet passing play Packet loss affects throughput for the TCP streams at high-speed i.e. those associated with multi-media and information replication. For improvements on this, Forward Error Correction (FEC) will be used in the new network architecture to effectively mitigate the negative impacts of packet loss to the organization (Teruko M., Harumoto F. and Satoshi O., 1999). Additionally, FEC has the effect of introducing overhead which in addition reduces throughput. Through the use of FEC algorithm that adapts to data loss, the algorithm begins to carry extra packets once it detects packet loss and increases with an increase in the amount of loss (Jean-Chrysotome Bolot., 1993). 3. Architecture The intended network architecture that is designed to replace the current protocol will be the Domain Name Server architecture, which is an internet service that converts globe names in the form of IP address to alphabets for ease of remembrance and classification (Radia P., 1999). The need to stir up to this particular type of ser ver was driven by the facts that include DNSs improved mechanisms aimed at providing intense network security against attacks automatic and periodic check of possible errors that may tamper with the network systems mode of trading operations it is relatively easy to use its high flexibility in that a single DNS server is undefendable of managing multiple internet sub-domains and domains within a network structure it is consistent in its techniques of naming structure for both internal and external