Kiosk and Eternal Memorial Park free essay sample

Eternal Memorial Park is one of the largest cemeteries in Tarlac, almost 40 to 50 people a day visit their love ones in this cemetery. One of the problems that people experience when visiting their relative/family on cemeteries is finding the location of the grave, especially when they are visiting for the first time. In Eternal Memorial Park people often ask for help on the supervisor to help them find the location of the deceased they are looking for, the supervisor then call a caretaker to guide the visitor, which is really tiring especially when they are doing something else. Base on the current 1000 population of graves in Eternal Memorial Park people are having a hard time on finding graves. The researchers aim to provide a Kiosk with an electronic map for finding the location of graves. The visitor then can approach the kiosk and search the name of their love ones or choose from the list. The kiosk then will display a map which will show the location of the grave, a picture of the gravestone and some information about the deceased will also be displayed. PURPOSE AND DESCRIPTION: The researchers intend to develop an automated system KIOSK: Digital Map for Eternal Memorial Park. Digital map contains only the location of the grave, recently buried and basic information about the person buried in the grave (name, gender, date of death and date of birth). The kiosk will help visitors, family member and close friends to finding the grave of the person they are looking for. STATEMENT OF OBJECTIVES: Specifically this study seeks to attain the following Objectives: 1. To create a system that will hold location and record information about the dead people. 2. To create a system that will show all recently buried. 3. To create an information kiosk for Eternal Memorial Park. 4. To evaluate the information kiosk in terms of: Effectiveness Usability Accurate SCOPE AND LIMITATIONS To develop system and become more effective and accurate that will help the client to make their work easier. The system only covers the information records and location of graves. Some personal information is not available because of the policy of our locale. CHAPTER II RELATED LITERATURE AND STUDIES RELATED FOREIGN LITERATURE 1. DIGITAL MAPPING The roots of digital mapping lie within traditional paper maps such as the Thomas Guide. Paper maps provide basic landscapes similar to digitized road maps, yet are often cumbersome, cover only a designated area, and lack many specific details such as road blocks. In addition, there is no way to â€Å"update† a paper map except to obtain a new version. On the other hand, digital maps, in many cases, can be updated through synchronization with updates from company servers. Early digital maps had the same basic functionality as paper maps—that is, they provided a â€Å"virtual view† of roads generally outlined by the terrain encompassing the surrounding area. However, as digital maps have grown with the expansion of GPS technology in the past decade, live traffic updates, points of interest and service locations have been added to enhance digital maps to be more â€Å"user conscious. Traditional â€Å"virtual views† are now only part of digital mapping. In many cases, users can choose between virtual maps, satellite (aerial views), and hybrid (a combination of virtual map and aerial views) views. With the ability to update and expand digital mapping devices, newly constructed roads and places can be added to appear on maps. Digital maps heavily rely upon a vast amount of data collected over time. Most of the information that comprise digital maps is the culmination of satellite imagery as well as street level information. Maps must be updated frequently to provide users with the most accurate reflection of a location. While there is a wide spectrum on companies that specialize in digital mapping, the basic premise is that digital maps will accurately portray roads as they actually appear to give life-like experiences. GPS Navigation Systems The principle use by which digital mapping has grown in the past decade has been its connection to Global Positioning System (GPS) technology. GPS is the foundation behind digital mapping navigation systems. How It Works The coordinates and position as well as atomic time obtained by a terrestrial GPS receiver from GPS satellites orbiting Earth interact together to provide the digital mapping programming with points of origin in addition to the destination points needed to calculate distance. This information is then analyzed and compiled to create a map that provides the easiest and most efficient way to reach a destination. 2. INTERACTIVE KIOSK According to http://en. wikipedia. org The first self-service, interactive kiosk was developed in 1977 at the University of Illinois at Urbana-Champaign by a pre-med student, Murray Lappe. The content was created on the PLATO computer system and accessible by plasma touch screen interface. The plasma display panel was invented at the University of Illinois at Urbana-Champaign by Donald L. Bitzer. Lappes kiosk, called The Plato Hotline allowed students and visitors to find movies, maps, directories, bus schedules, extracurricular activities and courses. When it debuted in the U of Illinois Student Union in April 1977, more than 30,000 students, teachers and visitors stood in line during its first 6 weeks, to try their hand at a personal computer for the first time. The first successful network of interactive kiosks used for commercial purposes was a project developed by the shoe retailer Florsheim Shoe Co. ,  led by their visionary executive VP, Harry Bock, installed circa 1985. The interactive kiosk was created, manufactured and customized by ByVideo Inc. of Sunnyvale, CA. The network of over 600 kiosks provided images and video promotion for customers who wished to purchase shoes that were not available in the retail location. Style, size and color could be selected, and the product paid for on the kiosk itself. The transaction was sent to the Florsheim mainframe i n St, Louis, MO, via dialup lines, for next-day home or store delivery via Federal Express. The hardware (including microcomputer, display system, touchscreen) were designed and built by ByVideo, while other components (like the CRT, floppy disk, printer, keyboard and physical housing) were sourced from other vendors. The videodisc material was created quarterly by ByVideo at Florsheims direction, in ByVideos state-of-the-art video production facility in CA. This kiosk network operated for over 6 years in Florsheim retail locations. [citation needed] In 1991, the first commercial kiosk with internet connection was displayed at Comdex. The application was for locating missing children. The first true documentation of a kiosk was the 1995 report by Los Alamos National Laboratory which detailed what the interactive kiosk consisted of. This was first announced on comp. infosystems. kiosks by Arthur the original usenet moderator. In 1997, KioskCom was launched to provide a tradeshow for organizations looking to deploy interactive self-service kiosks, and continues to provide these services to this day. These tradeshows occur twice a year, and offer companies education and demonstrations for successful self-service deployments. The first company to launch a state-wide interactive kiosk program was Imperial Multimedia in 2007. Imperial Multimedia installed interactive kiosks in 31 of Virginias State Parks and these electronic kiosks included park overviews, printable maps, waypoints, points of interest, video tours of trails, and emergency information. Todays kiosks brings together the classic vending machine with high-tech communications and complex robotic and mechanical internals. Such interactive kiosks can include self-checkout lanes, e-ticketing, information and wayfinding, and vending. Electronic kiosks have become a larger part of the retail landscape. One such example of a strong retail kiosk business is Redbox, a movie rental kiosk company. Redbox is a subsidiary of Outerwall, Inc. , another well known company popular for Coinstar kiosks. RELATED LOCAL LITERATURE 1. PHILIPPINES TOURISM KIOSK Pearl Media built and managed a touch and gesture enabled interactive kiosk experience housed in New York’s Time Warner Center from October 29th to November 11th 2013. The kiosk hosted a massive 70† HD display for optimal consumer exposure featuring two unique interactive experiences that immerse consumers in the Philippines’ breath taking landscapes– rock climbing and snorkeling. Consumers used a range of arm and leg gestures to complete their selected experience. During the experience an embedded camera captured multiple photos of the consumer that could be edited and superimposed on a Philippines postcard. The postcards could be emailed directly to the consumer with links for easy social media sharing functionality. Consumers who submitted their email were entered into giveaway for a free iPad. In the 14 days of activation 2,171 unique consumers played the experience over 240 emails were sent. RELATED FOREIGN STUDIES 1. INFORMATION KIOSK According to the study of (Adam Basilio 2006). Information kiosks are used in a variety of different settings and manners, from health care to grocery shopping. Kiosk developers emphasize that with each application, the type of information or service and target population that is desired should be established. The use of kiosks can be very advantageous as they have the ability to enhance the amount of information being dispensed without increasing the necessary number of man hours. With the kiosk technology users could obtain information 24 hours per day. Kiosks are also easily updated and can be placed in easily accessible and central tourist locations. The self service and information kiosk industry has numerous technologies currently available. Current technology for information kiosks utilizes touch-screen technology to ease navigation through the system, in addition to advanced features to enable telephone calls, printing, card swiping, credit card ordering, and internet access. Additionally, current systems have the option of providing dedicated advertising area on each screen in order to provide revenue from the system. 2. FOURTH ANNUAL KIOSK BENCHMARK STUDY According to the Fourth Annual Kiosk Benchmark Study, the top-rated technology by a survey of respondents was touch screens. Internet connection came second, followed by remote management. Printers were still considered important, as well as credit card acceptance. The study also notes that emerging technologies include video and plasma displays, which have come down in price and can help draw users, as well as signature capture and wireless internet connections (Fourth Annual Kiosk Benchmark Study, 2004). Software can greatly add to the user experience at a kiosk. For kiosks with telephone capabilities, software can automatically connect a tourist to local restaurants or the nearest hotel to make reservations. With further development and access, an internet connection can directly connect the user to a local company’s website to gain more information or make a booking directly from the kiosk. If the kiosk is enabled with credit card ordering technology, the user even has the option of pre-paying for lodging from the kiosk. A kiosk with printing capabilities can print out driving or walking directions to local destinations and hotspots. There is a broad range of applications for the current information kiosk technologies (Fourth Annual Kiosk Benchmark Study, 2004). RELATED LOCAL STUDIES 1. INFORMATION KIOSK SYSTEM Base on thesis work of 2013 CCS Graduate Students an information kiosk are a good example of a multimedia system aim at information provision. Information kiosks are often electronic, free standing structures, aimed at providing the public with information about a certain area. Information kiosks usually use either a touch screen or a trackball mouse, which ensure that it is more difficult to get damaged, and easier to use by the public. The information software with the kiosk is heavily use-oriented, with simple design, large font enough for reading. A user can approach a kiosk, and access one of two options, search for store, and list alphabetically. The user then enters a name using a touch keypad, or selects one from the list. The kiosk can then display a map, with animated directions on how to reach that store, from the user’s current location. At all stages in the search, there are back and home options that allow a user to backtrack, or to start a new search. The developed system would give the student an easy access in searching about the main information they want for the theses or researches books. 2. FEASIBILITY STUDY ON STREET FOOD KISOK According to Alfie J. Acabo, Rachel Ann G. Almontero, Jerald Angelo M. Juatco, Mera Vernadeth P. Ricohermos and Loveleen A. Villanueva (FEASIBILITY STUDY ON STREET FOOD KISOK) The study is about a food kiosk catering street foods as its main dish. The objective of the proponents in making this business possible is to make an impression that usual Filipino street foods that we encounter can also be safe, savoury and be complemented to other dishes. Our business wants to emphasize that aesthetics, appearances, presentation of food, personal trust and interaction with our customers are the most important parameters for assessing food safety as well as meeting our customer needs and wants. People in all walks of life can now have the perception that street foods are not just an alternative food if you want to be a spend thrift but rather these are those foods which will delight you and will give your satisfaction beyond your expectation. CHAPTER III TECHNICAL BACKGROUND TABLE 1 HARDWARE RESOURCES HARDWARE DESCRIPTION Touch Screen Monitor / Touch Panel The main interface of the project System Unit Processing Task Computer Stand This is where to put the Touch Screen Monitor / Touch Panel to keep in good condition. Hardware Specification Table 1 show the develop hardware components of the Kiosk: Digital Cemetery Map for Eternal Memorial Park Tarlac. The table named the hardware requirement which are needed to run the develop system successfully. TABLE 2 SOFTWARE RESOURCES SOFTWARE DESCRIPTION Visual Basic 2010 Software Tool Microsoft Access 2010 Database Windows 7 Operating System Inteset Secure Lockdown v2 Lock down Windows and create an embedded environment Software Specification Table 2 show the develop software components of the Kiosk: Digital Cemetery Map for Eternal Memorial Park Tarlac. The table named the hardware requirement which are needed to run the implement the develop system. TABLE 3 EQUIPMENT COST EQUIPMENT QUANTITY UNIT COST/UNIT(Php) Computer Stand 1 1 2,000. 00 System Unit 1 1 5,000. 00 Touch Screen Monitor / Touch Panel(15inch) 1 1 8,375. 00 Total Cost: 15,375. 00 EQUIPMENT COST Table 3 show all the hardware related quantity, unit and cost that the proponent will use to develop Kiosk: Digital Cemetery Map for Eternal Memorial Park Tarlac. TABLE 4 SOFTWARE COST SOFTWARE COST(Php) Visual Basic 2010 0 Microsoft Access 2010 0 Windows 7 0 Inteset Secure Lockdown v2 0 Total Cost: 0 SOFTWARE COST Table 4 show all the software related cost that the proponent will use to develop the Kiosk: Digital Cemetery Map for Eternal Memorial Park Tarlac. TABLE 5 SYSTEM COST KIOSK: Digital Cemetery Map for Eternal Memorial Park 15,375. 00 Total All Cost: 15,375. 00 The table above reveals the actual cost analysis of the proposed KIOSK: Digital Cemetery Map for Eternal Memorial Park and shows that all Hardware and Software that the proponents planning to use. CHAPTER IV DESIGN AND METHODOLOGY This chapter present the methods and procedure used by the researchers in order to obtain the data for the study. METHODS OF RESEARCH The Project use developmental research in which the researchers conducted several research observations which led to the development of the project. LIBRARY RESEARCH METHOD The researchers conducted a research in Tarlac State University Library looking for usable studies that are related studies in the proposed project particularly old thesis of graduate student Tarlac State University,College of Computer Studies. This mean was used to have a comparison between the existing systems and project system. INTERNET Since the information in the library about the related system and related literature are insufficient; the researchers also use web to gathered useful foreign and local related literature for the betterment of the study. INTERVIEW LOCAL The researchers personally conducted an interview on the office of Eternal Memorial Park and the caretaker supervisor to gather information about the locale. Since this project is for Eternal Memorial Park the researcher include them to the development of this project. The researcher ask how will they respond when a visitor asking for the help to find a location of a grave. Eternal Memorial Park Manual Methods 1. They will ask for the help of the supervisor then the supervisor will ask the employee he supervise if they know that grave stone. (Every Caretaker have their area of responsibility they responsible to know all grave in their area). 2. Second Ask for help in the main office they have a blue print of the entire area and information about who is the one buried in that specific area. The Researcher also asked for the history and population of the researcher local to know even more about Eternal Memorial Park. SURVEY METHOD The researchers conducted a survey in Eternal Memorial Park. They distributed questionnaires among the people visiting in the cemetery. It help them determine the problem, and if there is a need to the developed system. The researcher also made a survey concise of the follow. 30 People survey result 1. How many of your relatives/family are buried here? One 25% Two 45% More than two 25% None 5% 2. Do you find it difficult to find their graves in this cemetery? Yes 60% No40% 3. Have you ever used a KIOSK before? Yes 30% No 70% 4. We are planning to put a KIOSK in this cemetery that will have a map and information about the people buried here, is it necessary? Yes 60% No 40% 5. Have you ever seen a KIOSK in other cemetery? Where? Yes _____________________________0% No 100% REQUIREMENT ANALYSIS The researcher system will create a method to automating the manual method that the researcher indicate on the local interview topic to make much faster for searching basic information grave stone and location. These are the hardware and software needed to implement the system. HARDWARE REQUIRMENT The hardware requirements are the hardware needed to run smooth and to develop the system successfully. The recommended requirement are pentium dual core (Processor 2GHZ), 1G RAM (Memory), 10G Free Hard Disc Space, Touch Screen Monitor / Touch Panel and Computer Stand. Why the researcher will use the follow hardware pentium dual core (Processor 2GHZ) and 1G RAM (Memory) because of the windows 7 system requirement. SOFTWARE REQUIRMENT Software requirement are needed in order to implement and developed the system. The recommended software requirements are the follow Windows 7(Operating system), Microsoft Access 2010, Visual Basic 2010, Inteset Secure Lockdown v2.