Friday, February 21, 2020
Gap Analysis Assignment Example | Topics and Well Written Essays - 1000 words
Gap Analysis - Assignment Example Currently, Motorola has been on a declining verge for its total assets, operating income, revenue sales, and profitability (Motorola Solutions Inc., 2014). These outcomes have been noted by analysts to be the outcome of a collective set of organizational inadequacies which have been within the ranks of the organization for several years now (Literral, 2008) As a corporation which once used to be a global leader and strong competitor in the mobile phone industry, the desired state of Motorola was for it to continue recording growth both in terms of market capitalization and market size. The rationale for this positioning is that as an advantage of globalization, the use of modern technological tools such as mobile phones in transacting basic businesses and commerce has been increasing tremendously. This has given room to several companies in the mobile phone industry which did not use to be known as major global firms to take advantage to strategically grow and expand their business horizon (Literral, 2008). Based on the business principle of brand equity therefore, it was expected that Motorola would continue to compete effectively in this industry rather than be heard in the news for most appalling reasons that it has currently been heard for. As noted by Chau (2008), performance outcomes within organizations are a process rather than an event. What this implies is that the variables and factors that lead to an organization recording a certain level of performance is not something that happens overnight. Rather, it happens as a gradual process that is achieved through the collective efforts of all human resource within the organization. In the case of Motorola, most experts have blamed the current state to performance deficiencies that have come about as a result of poor innovative reasoning by employees (Literral, 2008). As the mobile phone industry is at the center of the
Wednesday, February 5, 2020
The role of Automatic Exposure Control in reduction MDCT radiation Research Proposal
The role of Automatic Exposure Control in reduction MDCT radiation dose of chest and abdomen procedures - Research Proposal Example Research plan: A retrospective, co-relational, non-experimental phase II clinical trial will investigate paediatric patients who undergone MDCT on the chest and abdominal area and analyze their exposure to radiation dose using CTDI and DLP in relation with the use of AEC. Data will undergo t-test, Pearsonââ¬â¢s r and ANOVA. Role of AEC will be identified based from the obtained data analysis. The overall aim of this project is to identify the role of Automatic Exposure Control (AEC) in reduction of Multiple Detectors Computerized Tomography scan (MDCT) radiation dose regarding its use, benefits and appropriateness in chest and abdomen procedures for paediatric patients. 3. To identify the best protocol and Automatic Exposure Control techniques for all manufacturers of Multiple Detectors Computerized Tomography apparatuses in minimizing the radiation dose for paediatric patients. This study hopes to provide further understanding to this newly-innovated MDCT technology, particularly about public concerns on the increasing medical radiation exposure mainly from CT scans, more specifically about its use in children who are more vulnerable than adults in radiation exposure. Should AEC be proven to be a safe and effective way in reducing radiation dose, this would give assurance to patients that the benefits of this procedure heavily outweigh the risks involved If AEC does not, this study will further warrant other researchers to either enhance the available AEC, or look for another safe and effective approach in reducing radiation dose by MDCT scanning. Multiple-Detectors Computerized Tomography (MDCT) is a diagnostic procedure as an improvisation of the standard single-slice computerized tomography. It is considered to be the greatest advancement of diagnostic imaging (Rubin, 2003). Known to be useful in vascular and cardiac
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