Perkembangan internet di Indonesia yang maju pesat saat ini merupakan salah satu faktor pendorong berkembangnya e-commerce. Kemudahan transaksi dan jaringan global yang menghubungkan jaringan komputer diseluruh dunia memungkinkan terjalinnya komunikasi dan interaksi antar satu perusahaan dengan konsumen. Dengan banyaknya perusahaan e-commerce yang beroperasi, maka semakin banyak pula tenaga kerja yang mereka butuhkan, sehingga membuka lapangan kerja baru bagi masyarakat luas. Buku ini merupakan buku yang diperuntukkan bagi para akademisi maupun praktisi di Perguruan Tinggi untuk membantu dalam pemahaman yang lebih baik mengenai “E-Business dan E-Commerce”. Buku ini dilengkapi dengan capaian pembelajaran dan tujuan pemebelajaran dan evaluasi sebagai parameter pemahaman pada setiap Bab. Pembahasan buku ini diuraikan secara holistik yang mencakup ruang lingkup e-business dan e-commerce, Business to Consumer, infrastruktur e-business, analisis dan desain e-business, strategi bisnis digital, supply chain management, entreprise resource planning, pemasaran digital, keamanan pembayaran e-commerce, implementasi sistem e-business, sampai dengan evaluasi dan optimasi layanan digital. Buku ini dapat dijadikan referensi dalam pengembangan model e business dan e commerce di Indonesia. Besarnya potensi di Indonesia dalam pengembangan bisnis e commerce menjadi faktor utama pentingnya untuk memahami e business dan e commerce. Dengan demikian dapat dikembangan model bisnis yang paling cocok dan yang akan berkembang pesat di Indonesia dengan menyesuaikan karakter dan budaya bangsa Indonesia
Sistem E-banking Istilah e-banking lebih sering dirujuk ke internet banking. Akan tetapi, cakupan e-banking ternyata bukan itu saja. Istilah tersebut berasal dari dua suku kata, yaitu electronic adalah elektronik dan banking yang ...
A comprehensive overview of the technology and standards of ISDN and broadband ISDN, this book presents ISDN in detail, including services, technology, and interfaces. The latest standards, including the CCITT Recommendations and the Frame Relay Forum specifications, and the key technology of frame relay is covered in detail.
As these two applications develop , access to information banks and data bases will become increasingly easier and therefore will create a greater demand . A user will be able to perform a transaction or access information with simple ...
Electrical Engineering Understanding SONET/SDH and ATM Communications Networks for the Next Millennium Optical communications and fiber technology are fast becoming key solutions for the increasing bandwidth demands of the 21st century. This introductory text provides practicing engineers, managers, and students with a useful guide to the latest developments and future trends of three major technologies: SONET, SDH and ATM, and a brief introduction to legacy TDM communications systems. You will find clear explanations of: * The role of Internet protocol (IP) networking with ATM * Dense wavelength division multiplexing (DWDM) * How different packet types are mapped onto ATM * How ATM is mapped onto SONET/SDH * The future direction of convergence of communications This concise book features chapters complete with easy-to-follow illustrations, review questions, worked examples, and valuable references. An accompanying CD-ROM provides the key figures in full color, suitable for easy cut-and-paste presentations. Understanding SONET/SDH and ATM is a must-read for information technology, telecommunications, and communications professionals who want to improve their knowledge of this emerging technology.
Examples are the stock and banking industry and transfer of corporate voice / data to a small set of destinations . Figure 16.6 illustrates VCS in a simplified way . Notice that the VPI and VCI do not remain constant throughout the ...
This new edition of a popular book offers a strengthened focus on one of the hottest networking strategies: ATM (Asynchronous Transfer Mode). ATM is one of the industry's current fast-moving topics, with multi-million-dollar investments being made at a time when the technology is still being debated.
And yet ATM seems so easy once one explains that it isn't about banking . After all , what could be so hard about a protocol that just transmits data as fixed - sized packets ? But ATM is hard to explain . A large part of the difficulty ...
Though leading its competitors in deposits, FNB was not perceived as a market leader because it had no automatic teller services. To enchance its image an an innovator, appeal to ATM users, and improve its geographic penetration, FNB introduced ATMs in late 1982. Specifically, the bank wanted to activate 8000 cards and achieve a monthly transaction rate of 4000 by the end of 1982. Employees at all levels received sales training, a personal demonstration of an ATM and a cash incentive for every customer they signed up. Statement stuffers and direct mail announced and explained MoneyMover Cards to customers. Advertising to the general public was done via newspapers, radio and billboards. The results of the campaign showed that 8100 cards had been activated and there were 4500 transactions per month by the end of 1982, and 5500 transactions per month by May 1983. In addition, staffing at ATM locations held constant or was reduced.
Abstract: "Over the past few years, there has been a strong and growing interest in faster network technologies such as FDDI and ATM. However, the perceived throughput at the application level has not always increased accordingly. Various performance bottlenecks have been encountered each of which has to be analysed and corrected. This paper presents a performance evaluation of continuous video data streams over ATM networks and compares them with similar experiments over Ethernet networks. The ATM LAN testbed for these experiments consists of three SG R4000 Indigos workstations connected by ATM Fore first generation interface cards and a Synoptics ATM switch. It is expected that video applications would run faster on ATM networks than Ethernet networks. A preliminary examination suggested to us that data movements through the protocol stack and the processing overheads were considerably high and that with some parameter settings, experiments with Ethernet would perform four to five times better than those with ATM. To address and explore this issue, a packetisation process has been added within the video application that would split each video frame into a number of packets. We show that by implementing a packetisation process at the application level, the end host is able to deliver cells at a faster rate. The sensitivity of these parameters, and also the overheads involved are discussed. The results are consistent over a range of video frame sizes: CIF(25 K), QCIF(101 K), and SCIF(405 K)."
Abstract: "Over the past few years, there has been a strong and growing interest in faster network technologies such as FDDI and ATM. However, the perceived throughput at the application level has not always increased accordingly.
