The source of information power.If "information is power," computers are power plants. Technology makes information powerful by providing easy access to millions of documents, publications, records, and data. An organization's efficiency can be determined by how well it processes its data. Park and recreation facilities of ten amass huge amounts of information on programs, participants and members, inventories, and finances that must be stored securely, yet remain easily accessible. For these reasons and others, progressive information systems are ideal for use in park and recreation facilities. Yet few of these facilities actually use these systems. A 1992 study conducted in cooperation with California Polytechnic State University This article is about the university in San Luis Obispo, California. For Cal Poly Pomona, see California State Polytechnic University, Pomona. California Polytechnic State University, commonly called Cal Poly , Dr. Lynn Jamieson, and the National Recreation and Park Association (NRPA NRPA National Recreation and Park Association NRPA Natural Resources Protective Association (Staten Island, NY) NRPA Niagara Regional Police Association (Canada) NRPA National Rifle and Pistol Association ) tracked microcomputer microcomputer Small digital computers whose CPU is contained on a single integrated semiconductor chip. As large-scale and then very large-scale integration (VLSI) have progressively increased the number of transistors that can be placed on one chip, the processing capacity and software program use in park and recreation facilities. This study involved 345 NRPA member park and recreation facilities nationwide, and the results were surprising (see Figures 1, 2, 3). Although some agencies implemented advanced systems for telephone registration for recreation programs, visitor information access, and other uses, almost one-third of the parks and recreation facilities surveyed did not even have microcomputers. This likely is because 70 percent of respondents represented smaller facilities, with fewer customers and smaller budgets. Many respondents indicated that they had limited technical knowledge of computers and software applications, another possible deterrent to computerization com·put·er·ize tr.v. com·put·er·ized, com·put·er·iz·ing, com·put·er·iz·es 1. To furnish with a computer or computer system. 2. To enter, process, or store (information) in a computer or system of computers. . Word Processing word processing, use of a computer program or a dedicated hardware and software package to write, edit, format, and print a document. Text is most commonly entered using a keyboard similar to a typewriter's, although handwritten input (see pen-based computer) and is Number One Word processing was the single greatest use of agency computers, with WordPerfect and Microsoft Word A full-featured word processing program for Windows and the Macintosh from Microsoft. Included in the Microsoft application suite, it is a sophisticated program with rudimentary desktop publishing capabilities that has become the most widely used word processing application on the market. as the most popular programs. WordPerfect, however, was used in three times as many facilities as Microsoft Word, although some offices had both. With the acceptance of Microsoft Word, Microsoft Windows See Windows. (operating system) Microsoft Windows - Microsoft's proprietary window system and user interface software released in 1985 to run on top of MS-DOS. Widely criticised for being too slow (hence "Windoze", "Microsloth Windows") on the machines available then. is gaining popularity for DOS users, who previously preferred WordPerfect In the future, we likely will see a more equal use of Microsoft Word and WordPerfect. Use of Spreadsheet and Other Programs The second most frequently used software application was the spreadsheet; and most facilities named Lotus 1-2-3 and Microsoft Excel (tool) Microsoft Excel - A spreadsheet program from Microsoft, part of their Microsoft Office suite of productivity tools for Microsoft Windows and Macintosh. Excel is probably the most widely used spreadsheet in the world. Latest version: Excel 97, as of 1997-01-14. as the programs they use, with Lotus cited twice as often. Facilities indicated they use spreadsheets for many purposes, including internal accounting, financial projections, graphing and charting, program attendance statistics, project management and cost-tracking, maintenance scheduling, making reservations, inventory tracking, and natural resource management. It is important to note that the macro command languages of spreadsheet programs--which allow the user to automate keystroke key·stroke n. A stroke of a key, as on a word processor. key stroke functions--are extremely powerful and contain many commands that cannot be entered directly from the keyboard. Prewritten spreadsheets and programs written in a spreadsheet macro command language are known as templates, and many are available for purchase. Sixty percent of facilities surveyed that use spreadsheet software said they wrote their own templates; 20 percent said they purchased prewritten templates. Seventy percent of facilities cited database software as the third most popular; and almost one-third of facilities using database software used dBase. Respondents said they use Paradox, MS Works, PFS PFS, n post facilitation stretch; therapeutic approach utilized during proprioceptive neuromuscular facilitation in which the patient begins the stretch midway between the fully relaxed and fully stretched position and uses maximum level of effort to , Lotus 1-2-3, Q&A, RBase, FoxPro, and other programs. Facilities said they use database software for internal accounting, customer/participant/membership databases, mailing lists An automated e-mail system on the Internet, which is maintained by subject matter. There are thousands of such lists that reach millions of individuals and businesses. New users generally subscribe by sending an e-mail with the word "subscribe" in it and subsequently receive all new , registration, cost tracking, and usage and rental tracking. Over half the agencies responding used desktop publishing software The following is a list of major desktop publishing software. A wide range of related software tools exist in this field, including many plug-ins and tools related to the applications listed below. . Considering the amount of pamphlets, leaflets, flyers, newsletters, schedules, catalogs, and other materials parks and recreation programs generate, it is surprising that this figure was not higher. Possibly, however, budget constraints A Budget Constraint represents the combinations of goods and services that a consumer can purchase given current prices and his income. Consumer theory uses the concepts of a budget constraint and a preference ordering to analyze consumer choices. are forcing many to depend on word processing programs to produce these materials. Those facilities who said they have desktop publishing software use it for making forms, designing surveys, and making signs, posters, manuals, and handbooks. They also use desktop publishing desktop publishing, system for producing printed materials that consists of a personal computer or computer workstation, a high-resolution printer (usually a laser printer), and a computer program that allows the user to select from a variety of type fonts and sizes, to enhance reports and grant applications. Pagemaker was named most frequently as the program of choice, followed by First Publisher, Ventura Publisher See Corel VENTURA. Ventura Publisher - Corel VENTURA , and Express Publisher. Project management software was used by only 15 percent of respondents, surprising since most facilities seem to revolve around Verb 1. revolve around - center upon; "Her entire attention centered on her children"; "Our day revolved around our work" center, center on, concentrate on, focus on, revolve about many varied projects. Me business world has embraced this type of software, however, and it would be very useful in parks and recreation facilities as well. This software performs the jobs of Gantt and PERT PERT An acronym for program evaluation and review technique; a planning, scheduling, and control procedure based upon the use of time-oriented networks which reflect the interrelationships and dependencies among the project tasks (activities). charts, while encompassing other project management tasks. Favorite applications cited by respondents included Microsoft Project (product) Microsoft Project - A Microsoft Windows program offering various project management tools. http://microsoft.com/office/project/. , Race, Packrat, Instant Recall, and custom written applications. Facilities indicated they use this software to oversee development projects, park/facility maintenance, land acquisitions, program projects, and special events. One-third of the respondents indicated that they had set up recreation specific software. Recware was cited most often, followed by Programmed for Success and LeisureSoft. Other applications respondents said they use include Computer Resolutions, Escom, League Organizer, RMS (1) (Record Management Services) A file management system used in VAXs. (2) (Root Mean Square) A method used to measure electrical output in volts and watts. 1. RMS - Record Management Services. 2. , SportsLog, and Vermont Systems Rectrac. Pros and Cons pros and cons Noun, pl the advantages and disadvantages of a situation [Latin pro for + con(tra) against] of Recreation-Specific Software When evaluating the performance and cost of recreation-specific software, facilities should recognize that specialized applications are very different from widely distributed Adj. 1. widely distributed - growing or occurring in many parts of the world; "a cosmopolitan herb"; "cosmopolitan in distribution" cosmopolitan bionomics, environmental science, ecology - the branch of biology concerned with the relations between organisms software such as Microsoft Word or Lotus 1-2-3. Software development involves a complex process of needs analysis, design, programming, and testing. Typically, less than one-sixth of the development time to create an application is spent on programming. Based on this, the generally accepted industry average output for professional programmers is about 10 to 20 lines of code The statements and instructions that a programmer writes when creating a program. One line of this "source code" may generate one machine instruction or several depending on the programming language. A line of code in assembly language is typically turned into one machine instruction. to be contained in the released program per day. Programs may run more than 40,000 lines of code. If a programmer is paid the average $25 to $55 per hour, it is clear that developing a software package might be a very expensive process. Unfortunately, specialized software (such as recreation-specific software) has limited markets resulting in limited distribution, which also contributes to its high cost. Software development is a dynamic process that continues even after its purchaser begins using it. Computer programs are extremely complex, and it is almost impossible for a software developer to test every possible combination of uses on every possible piece of hardware. Recreation-specific software users become an integral part of the software development process when they purchase an application. Recreation-specific software users should expect to find problems and should consider solving these problems through an open relationship with the software developer as a normal part of implementing these specialized applications. Software developers need to know about these problems so that they can incorporate changes in their maintenance releases. They also may have ready solutions for the user's problems. Finally, those users who anticipate using their recreation-specific software on a local network should expect a significant decrease in response time over running the same software on a stand alone machine. This likely is because recreation-specific software is designed to run on file server systems, which employ a special computer on the network that does nothing but receive, distribute, and store data. When the user starts an application, the complete application must be sent down to the network to run on the user's machine, and then all work with the application's database files must be passed through the network. This is time-consuming. Taking the business world by storm is a solution called client/server technology. Client/server systems employ an additional computer on the network to run the application, which does all the manipulating of data and, therefore, greatly reduces network traffic. The user's local machine need only run a small application to interface with the parent server to send and receive small amounts of data. All data processing data processing or information processing, operations (e.g., handling, merging, sorting, and computing) performed upon data in accordance with strictly defined procedures, such as recording and summarizing the financial transactions of a and housekeeping are performed by the parent server rather than by the user's machine, resulting in much improved performance. The extra expense of setting up client/server systems has precluded their use in the design of recreation-specific software, but the parks and recreation industry may look forward to this technology in the future. Connecting to the Power Plant While parks and recreation facilities are using computers for a variety of functions and activities, there still is much technology that remains untapped by the profession. There are two likely reasons for this. First, gaining proficiency with computer applications can take considerable time and extreme patience, therefore making it a low priority for understaffed and overworked personnel. Second, most parks and recreation facilities are under the constant pressure of critical budget decisions and find it difficult to allocate resources for hardware and software. The business world has embraced information technology because it is essential for maintaining profitability. As parks and recreation facilities strive for more cost-effective and organizationally efficient operations, they also must advance in their use of information technology. This technology can improve every aspect of parks and recreation operations; and effective use of this technology should be considered critical to every facility's overall success. Consequently, parks and recreation facilities must connect to the high tech power sources to make the power work for them. References to accompany this article are available from the author at (805) 528-2051. |
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