Documents » computer aided dispatch fort maryland.
Abstract: Product development is a mission-critical process. And it can also be very expensive. But thanks to modern
computer-
aided design (CAD),
computer-
aided engineering (CAE),
computer-
aided manufacturing (CAM), and product lifecycle management (PLM) systems, many manufacturing companies now have the tools that allow better alignment of cost and value-add. This is what’s referred to as “global product development.” Learn more.
PubDate: 11/13/2009 11:05:00 AM
Abstract: The University of Maryland School of Medicine had already experienced VMware technology as a way to consolidate its servers; what it didn’t realize was that the company’s solution could also address its disaster recovery needs. By combining two storage technologies—creating a common storage area network (SAN)—the school has reduced unexpected downtime from hours to seconds and has saved thousands of dollars in hardware costs.
Abstract: eLoyalty, a CRM strategy and implementation consultancy, recently partnered with ServicePower to enhance its Field Service and Logistics practice. ServicePower is a small vendor that develops dispatch optimization software. eLoyalty will use ServicePower’s software to incorporate dispatch optimization and other aspects of Field Force Automation into their CRM services.
Abstract: Electro-mechanical design continues to gain importance, as the majority of today’s products have both electrical and mechanical components and systems. Designing and stimulating these products collaboratively across both domains is essential to producing high quality products. Learn how implementing an electro-computer-aided design (ECAD) and mechanical computer-aided design (MCAD) strategy—now—can help you later.
Abstract: USinternetworking and AT&T begin rollout of alliance in Washington, D.C., Maryland, and Northern Virginia.
Abstract: Erp shootout. september 24 to 25, 2009 baltimore,
maryland the erp vendor shootout, hosted by the var community and moderated by technology evaluat...
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Abstract: This is a complete service management system that is comprised of four specific applications to help companies manage service contracts, track service histories and required preventive maintenance for each piece of equipment under service contract, daily planning and dispatch, and service invoicing.
Abstract: Bollé, a midsized distributor of sunglasses and other products to the Australian and New Zealand markets, sources both locally and from overseas. Inefficiencies resulting from a lack of integration between finance and inventory—and non-existent system security—forced Bollé to review its systems. After implementing PRONTO-Xi, the company achieves better than 99.5 percent order dispatch accuracy. Discover more benefits.
Abstract: Like many health care providers, Wisconsin (US)-based Aurora faces pressures to improve care quality, while monitoring its bottom line. Asset optimization remains elusive for most such enterprises, but Aurora devised a plan to use a centralized service management call center to facilitate service requests, and dispatch resources. Aurora was thereby able to attain higher efficiency, and still strengthen service levels.
Abstract: Southern Pump & Tank Company (SPACTO), is a value-added distributor specializing in liquid handling equipment for the petroleum and industrial marketplaces. By using SAP Service Management to track equipment at its customers sites, receive incoming service calls, dispatch work, and track labor and materials, SPACTO was able to lower inventory by 28 percent, and reduce slow and non-moving items by 70 percent.
Abstract: Founded in 1981 as a developer of computer-aided chemical engineering software, Aspen's growth has resulted in a wide variety of applications for management and execution-level process manufacturing. Hit hard by flagging revenues, Aspen is distilling its product suite down to its most profitable elements in hopes of invigorating its business and capturing a share of the supply chain management market.
Abstract: Founded in 1981 as a developer of computer-aided chemical engineering software, Aspen’s growth has resulted in a wide variety of applications for management and execution-level process manufacturing. Fiscal 2000 marked Aspen’s entry into the collaborative digital marketplace business in hopes of capturing a share of the supply chain e-business market.
Abstract: Computerized maintenance management system (CMMS). Enterprise asset management (EAM) system. Computer-aided facilities management (CAFM) system. Integrated workplace management system (IWMS). Each type of facility management solution offers different functionalities and features, and one may be better than another for your company’s needs. Learn more about the differences and how an integrated solution is a “must have.”
Abstract: Facilities management software systems used to function in separate technology silos. Now, vendors are adopting Web-based services, as well as on-demand and other emerging technologies. As the technology that solves the inefficiencies of working with geographic information systems (GISs) and computer-aided design (CAD) rapidly evolves, new opportunities emerge for facility and property managers. Learn more.
Abstract: A producer of whole milk powder for the chocolate industry, VernDale Products wanted to replace its existing manual system with automated, fully integrated enterprise resource planning (ERP) software. The company, aided by technology consultants, found an ERP software system that was the best functional fit—reducing the time needed to perform routine office tasks and improving accuracy in financial statements. Learn more.
Abstract: A premium aluminum boat builder struggled to fit into a standard enterprise resource planning (ERP) solution. But the company found it difficult to schedule and track engineer-to-order (ETO) jobs, and it was wasting a lot of time duplicating efforts. Also, it needed effective communication between computer-aided design (CAD) and ERP systems. Read about the solution that helped the company streamline its processes.
Abstract: After adopting two-dimensional computer-aided design (2D CAD) in the 1990s, Dalian Shipyard discovered that 2D technology didn’t meet the real-world challenges facing ship designers. For example, 2D CAD could not graphically reproduce real ship design challenges, such as collisions. Dalian Shipyard needed better product lifecycle management (PLM) tools. The solution: CADDS 5i—a complete 3D CAD tool for shipbuilding.
Abstract: Development and problem solving happens too often at the testing stage, once product prototypes have been built. This can be costly, both in terms of the time and the resources expended. Computer-aided design (CAD) and exercises (CAE) can address your concerns about product safety and performance, as well as augment your return on investment (ROI). Shift your product development paradigm with digital engineering tools.
Abstract: With 3-D computer-aided design (CAD) models taking on a broader and more significant role in the development of new products, CAD files must flow smoothly into downstream applications. Sometimes, however, errors do occur. An off-the-shelf software tool can detect problems in the design stage so they aren’t discovered at a crucial moment in the manufacturing process, when it may be costly—or even too late—to correct them.