Economic Profile for the Airline Industry Essay

Economic Profile for the Airline Industry - Essay Example In the end the paper observes the influence of governmental policies on the success and failure of the airline industry. The deregulation of the US airline industry preceded that in the European market by approximately 10 years (Alderighi et al, 2004, p. 2). Still, on both continents the process of deregulation and privatization induced important structural changes. Deregulation allowed many carriers to sign alliances to exploit economies of scale (Alderighi et al, 2004, p. 2); reduced price levels and expanded the number of services. It affected the industry structure and dynamics both on the supply and demand side. In the airline industry there are two types of companies - traditional carriers and low cost firms (Alderighi et al, 2004, p. 7). Traditional companies offer products with different quality - economy and business - at different prices and can provide a full range of products and services at a higher cost. Low-cost carriers offer a restricted range of services at much lower prices. This is so, because traditional full-service carriers "with hub-and-spoke systems" have a high cost business model, while low cost carriers have a low cost business model (Gillen et al, 2004). Price elasticity of supply measures how the supplied quantity responds to changes in prices (Mankiw, p. 100). In the light of the airline industry, elasticity of supply means the extent to which airline companies can adjust the number of flights for the different airline segments. Given the high maintenance costs, intensive capital structure within the industry (Skapinker, 2001), also the strict regulations and reduced flexibility in market behavior, there are not many opportunities for quick changes in airline travel supply, meaning that in the short-run supply is inelastic. Over the long-run period, though, as history has proven, the industry can adapt to changing demand. One example is the deregulation in the industry that significantly increased supply over the past 20 years (Alderighi, 2004). 5. Industry demand The process of globalization has increased mobility of goods and people (Alderighi et al, 2004, p. 3). On one hand expansion of cargo transport has significantly increased the demand for airline transport. On the other, tourist travelers increasingly enjoy the comfort of airlines. It can therefore be concluded that the airline market demand comprises of different market segments, based on consumer type, distance and location. Business travelers form the so called "strong market" (Adlerighi et al, 2004, p. 7) whereas the weak market comprises of leisure travelers. Additionally, the travel market is divided into long-haul and short-haul travel, and international, and North American long haul travel (Gillen et al, 2004). 6. Price elasticity of demand Price elasticity of demand measures the degree of responsiveness to change in prices of fares (Mankiw, p. 90). Because the airline industry demand is formed by two very different types of consumers - business and leisure - there is no single elasticity value for the airline travel demand (Gillen et al, 2004). Price elasticity of demand is also influenced by time and distance aspects. This is so, because

Research paper Example | Topics and Well Written Essays - 2000 words - 2

Research Paper Example Additionally, the multitasking function of Oss also helps one or more programs to run simultaneously rewarding the virtues of real time function which allows users to obtain responses instantly for the input. The priority of OS in the modern scenario evolved to make the workload easier for the end users of computing systems which involves a coating of software which takes into account the technical aspects of computer operations. Notably, in the current scenario, there are varieties of OSs (Foster & Bachmann, 2005). In the context of this research study, the OSs including iOS, Android and Palm OS have been explained briefly. Hence, the scheduling, processes involved and security aspects of these OSs have been discussed henceforth. The study also reflects a brief comparison between these three OSs with relation to their application and uses. The study also reflects the future of the OSs taken into account in this study, concerning the modern scenario. Broader Description of Mobile Dev ice OSs iOS, Android, Palm OS iOS iOS is an OS established and distributed by Apple Incorporation, one of the leading global consumer electronics organizations. This particular OS has been promoted as an extended form of application to support the various innovative products of Apple such as iPad and Apple TV. iOS is noted as compatible with iPhones and iPods too. Contextually, the OS tends to manage the hardware of the device and offer technologies that are required to implement the applications (Apple Developer, 2013). Concerning the processes of iOS, it can be observed to involve three phases of development processes. In the initial phase, the applications required for the development of iOS is accumulated and encumbered to devices for multiple times to test functionality, designing efficiency and bug testing. The stages involved within the developing phase are broadly illustrated in the following flow chart (Apple Developer, 2013). In the second phase, i.e. termed as the AdHoc p hase, the configured iOS is used to test the application which has been downloaded from the application store of the Apple product. The next stages of AdHoc emphasizes on compiling the applications and installing it in the devices for further testing. Subsequently, the last phase includes the distribution process of the products which have already been configured with the applications and tested for the ultimate customers (Apple Developer, 2013). In this context, the iOS applications has been developed in synchronization to iTunes in particular (Apple Developer, 2013). The fundamentals for automatically scheduling iOS comprises of certain stages which mainly encompass the ‘jail broken iOS device’, elementary knowledge of Secure Shell (SSH) and its applications, focus on the acquaintance with terminal commands and knowledge of â€Å"bundle identifier† names for the applications to be executed appropriately (Apple Developer, 2013). Another significant feature of an y OS can be identified as its memory. The management of memory, in an OS, is a process that involves memory allocations during program’s runtime. It is in this context that a well scripted program such as iOS uses as little memory as possible (Apple Developer, 2013). In the similar context, the aspects related with security in boot chain, runtime process and signing of code during the application of iOS, helps to confirm that only reliable code and applications