- Teks
- Sejarah
points The performance of a company
points The performance of a companywide system will depend upon how effectively each subsystem is operated mid integrated into the activities of the whole.
Network analysis is a useful technique in systems design because it assists the analyst in recognizing and identifying the relationships which exist among the subsystems. First, each sep¬arate segment, or link, of the system is described in terms of other components or activities of the system. This makes explicit the total system and the interrelationships among the parts. The net¬work may be illustrated by a flow chart or diagram. The flow of materials and/or information -is measured in terms of volume, specifications, or time. The visual representation of the system achieves a comprehensive description and therefore outlines the task to be accomplished. This technique allows the manager to reappraise existing systems and identify examples of duplication and overlapping which may detract from the efficiency of the sys¬tems operation. Further, it helps management to evaluate the sub¬systems and their interconnecting networks continuously, con¬sistent with the overall objectives of the system.
Regular reevaluation of the system is necessary and feasible through network analysis. Objectives of a system are modified; different outputs are specified, and different inputs are required. It is important that subsystems are adjusted to these changes and that the total system is revised accordingly. Network analysis fosters this type of approach by representing the system visually. It also allows an evaluation of the impact of various subsystem changes on other subsysteths and/or the total system. A change in type of output or a change in scheduling in a particular subsystem can affect operations in other areas. The effect can be determined in units of time, money, facilities, or other resources.
Network analysis is a valuable technique because it encour¬ages introspection of an existing system or provides the frame¬work for visualizing the makeup of a proposed system. Predesign auditing may identify variations in performance which could occur. However, network analysis provides no guarantee of ef¬fective systems design. There is always the danger of assuming relationships among segments which do not exist, ignoring im¬portant relationships which should be considered, or weighing existing relationships improperly. Moreover, a system is dynamic, and every analysis needs to be monitored as the system continues to function, because the relationships among the segments may change.
Network analysis is a useful technique in systems design because it assists the analyst in recognizing and identifying the relationships which exist among the subsystems. First, each sep¬arate segment, or link, of the system is described in terms of other components or activities of the system. This makes explicit the total system and the interrelationships among the parts. The net¬work may be illustrated by a flow chart or diagram. The flow of materials and/or information -is measured in terms of volume, specifications, or time. The visual representation of the system achieves a comprehensive description and therefore outlines the task to be accomplished. This technique allows the manager to reappraise existing systems and identify examples of duplication and overlapping which may detract from the efficiency of the sys¬tems operation. Further, it helps management to evaluate the sub¬systems and their interconnecting networks continuously, con¬sistent with the overall objectives of the system.
Regular reevaluation of the system is necessary and feasible through network analysis. Objectives of a system are modified; different outputs are specified, and different inputs are required. It is important that subsystems are adjusted to these changes and that the total system is revised accordingly. Network analysis fosters this type of approach by representing the system visually. It also allows an evaluation of the impact of various subsystem changes on other subsysteths and/or the total system. A change in type of output or a change in scheduling in a particular subsystem can affect operations in other areas. The effect can be determined in units of time, money, facilities, or other resources.
Network analysis is a valuable technique because it encour¬ages introspection of an existing system or provides the frame¬work for visualizing the makeup of a proposed system. Predesign auditing may identify variations in performance which could occur. However, network analysis provides no guarantee of ef¬fective systems design. There is always the danger of assuming relationships among segments which do not exist, ignoring im¬portant relationships which should be considered, or weighing existing relationships improperly. Moreover, a system is dynamic, and every analysis needs to be monitored as the system continues to function, because the relationships among the segments may change.
0/5000
poin kinerja sistem companywide akan tergantung pada seberapa efektif masing-masing subsistem dioperasikan pertengahan diintegrasikan ke dalam kegiatan seluruh.Analisis jaringan adalah teknik yang berguna dalam sistem desain karena membantu analis di mengenali dan mengidentifikasi hubungan yang ada antara subsistem. Pertama, setiap segmen sep¬arate, atau link, sistem digambarkan dalam hal lain komponen atau kegiatan sistem. Hal ini membuat eksplisit total sistem dan antar-hubungan antara bagian-bagian. Net¬work dapat diilustrasikan oleh alur atau diagram. Aliran bahan dan/atau informasi-diukur dalam hal volume, spesifikasi, atau waktu. Representasi visual dari sistem mencapai uraian menyeluruh dan karenanya menjabarkan tugas untuk diselesaikan. Teknik ini memungkinkan manajer untuk menaksir lagi sistem yang ada dan mengidentifikasi contoh duplikasi dan tumpang tindih yang dapat mengurangi efisiensi operasi sys¬tems. Lebih jauh, hal ini membantu manajemen untuk menilai sub¬systems dan jaringan interkoneksi mereka terus menerus, con¬sistent dengan tujuan keseluruhan dari sistem.Reguler reevaluasi sistem ini perlu dan layak melalui analisis jaringan. Tujuan dari sistem dimodifikasi; output berbeda ditentukan, dan berbagai masukan diperlukan. Sangat penting bahwa subsistem disesuaikan untuk perubahan ini dan bahwa total sistem direvisi sesuai. Analisis jaringan menumbuhkan jenis pendekatan dengan mewakili sistem visual. Hal ini juga memungkinkan evaluasi dampak dari berbagai subsistem perubahan pada subsysteths lain dan/atau total sistem. Perubahan dalam jenis output atau perubahan penjadwalan di subsistem tertentu dapat mempengaruhi operasi di daerah lain. Efek dapat ditentukan dalam satuan waktu, uang, Fasilitas, atau sumber daya lainnya.Analisis jaringan adalah teknik berharga karena itu encour¬ages introspeksi dari sistem yang sudah ada atau menyediakan frame¬work untuk memvisualisasikan makeup dari sistem yang diusulkan. Predesign Audit dapat mengidentifikasi variasi dalam kinerja yang dapat terjadi. Namun, analisis jaringan memberikan ada jaminan ef¬fective sistem desain. Selalu ada bahaya dengan asumsi hubungan antara segmen yang tidak ada, mengabaikan hubungan im¬portant yang harus dipertimbangkan atau berat hubungan yang ada tidak semestinya. Selain itu, sistem dinamis, dan analisis setiap perlu dipantau sebagai sistem terus berfungsi, karena hubungan antara segmen dapat berubah.
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points The performance of a companywide system will depend upon how effectively each subsystem is operated mid integrated into the activities of the whole.
Network analysis is a useful technique in systems design because it assists the analyst in recognizing and identifying the relationships which exist among the subsystems. First, each sep¬arate segment, or link, of the system is described in terms of other components or activities of the system. This makes explicit the total system and the interrelationships among the parts. The net¬work may be illustrated by a flow chart or diagram. The flow of materials and/or information -is measured in terms of volume, specifications, or time. The visual representation of the system achieves a comprehensive description and therefore outlines the task to be accomplished. This technique allows the manager to reappraise existing systems and identify examples of duplication and overlapping which may detract from the efficiency of the sys¬tems operation. Further, it helps management to evaluate the sub¬systems and their interconnecting networks continuously, con¬sistent with the overall objectives of the system.
Regular reevaluation of the system is necessary and feasible through network analysis. Objectives of a system are modified; different outputs are specified, and different inputs are required. It is important that subsystems are adjusted to these changes and that the total system is revised accordingly. Network analysis fosters this type of approach by representing the system visually. It also allows an evaluation of the impact of various subsystem changes on other subsysteths and/or the total system. A change in type of output or a change in scheduling in a particular subsystem can affect operations in other areas. The effect can be determined in units of time, money, facilities, or other resources.
Network analysis is a valuable technique because it encour¬ages introspection of an existing system or provides the frame¬work for visualizing the makeup of a proposed system. Predesign auditing may identify variations in performance which could occur. However, network analysis provides no guarantee of ef¬fective systems design. There is always the danger of assuming relationships among segments which do not exist, ignoring im¬portant relationships which should be considered, or weighing existing relationships improperly. Moreover, a system is dynamic, and every analysis needs to be monitored as the system continues to function, because the relationships among the segments may change.
Network analysis is a useful technique in systems design because it assists the analyst in recognizing and identifying the relationships which exist among the subsystems. First, each sep¬arate segment, or link, of the system is described in terms of other components or activities of the system. This makes explicit the total system and the interrelationships among the parts. The net¬work may be illustrated by a flow chart or diagram. The flow of materials and/or information -is measured in terms of volume, specifications, or time. The visual representation of the system achieves a comprehensive description and therefore outlines the task to be accomplished. This technique allows the manager to reappraise existing systems and identify examples of duplication and overlapping which may detract from the efficiency of the sys¬tems operation. Further, it helps management to evaluate the sub¬systems and their interconnecting networks continuously, con¬sistent with the overall objectives of the system.
Regular reevaluation of the system is necessary and feasible through network analysis. Objectives of a system are modified; different outputs are specified, and different inputs are required. It is important that subsystems are adjusted to these changes and that the total system is revised accordingly. Network analysis fosters this type of approach by representing the system visually. It also allows an evaluation of the impact of various subsystem changes on other subsysteths and/or the total system. A change in type of output or a change in scheduling in a particular subsystem can affect operations in other areas. The effect can be determined in units of time, money, facilities, or other resources.
Network analysis is a valuable technique because it encour¬ages introspection of an existing system or provides the frame¬work for visualizing the makeup of a proposed system. Predesign auditing may identify variations in performance which could occur. However, network analysis provides no guarantee of ef¬fective systems design. There is always the danger of assuming relationships among segments which do not exist, ignoring im¬portant relationships which should be considered, or weighing existing relationships improperly. Moreover, a system is dynamic, and every analysis needs to be monitored as the system continues to function, because the relationships among the segments may change.
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