Optimisation of Web Protocols and Services Research Proposal

Optimisation of Web Protocols and Services - Research Proposal Example Like many improved efficiencies in the business environment, optimisation of Voice-over-Internet Protocol (VOIP) technology by utilising Intelligent Energy Aware Networks in order to reduce carbon footprint can be achieved both quantitatively and non-quantitatively. The best way to optimise the quantitative function of cost efficiencies remains through Activity-Based Costing (ABC). ABC has become a prevalent cost method for many manufacturing and production industries since its inception. In addition, it has gained exposure in the service industry over the last decade. (Kocakulah, Mehmet, Diekmann, 2005, 10) Despite popular opinion, service companies are ideal candidates for ABC due to their minimal amount of direct materials. They maintain a high level of fixed costs based on personnel who supply indirect support to products and consumers. Fortunately, cost efficiencies from VoIP implementation apply to both manufacturing and service organisations. Hence, this study involves the eff ectiveness of innovation of the existing internet protocols and creation of the brand new protocol or service system for internet. Non-quantitative attributes are harder to measure than quantitative. As a result, they tend to provide confusing conclusions. Improvements not significantly increasing companies bottom-line are viewed as a poor investment decision when in fact they may improve efficiency. Such capital expenditures are best measured with a scorecard approach which reflects "cause and effect" relationships. (Travis, 2004, 137) Perhaps the easiest sell for VoIP systems remains their ability to save corporations money. Unlike many of VoIP's benefits, cost savings is quantitative in nature. There are several ways in which cost savings occurs. Most savings stems from the ability of offices geographically located in different states or countries to communicate with one another without incurring long-distance fees. This benefit occurs because traditional circuit switches do not carry the electronic signal. Instead, the signal travels through a web based connection and is reassembled at the termination point. Electronic signals travel over the web free of charge the same way e-mail is delivered. Since VoIP is classified as information or data service as opposed to communication service, no charge is incurred. Statement of the problem Achievement of optimisation of VoIP technology can reduce carbon footprints and improve business environment. Research Questions The study is meant to answer following research questions. Q1. How to establish an effective process to calculate the overall cost of the current PBX network and compare to the expense of optimising a VoIP networ