Server, network

Figure 17.5. Example for a client-server networked system. (With permission from Ref. [12].)...

Biometrics can be used in granting the remote access to the network. The scenario employs a common client-server network model, thus incorporating standard security mechanisms with biometric enhancements. The client terminal (see Figure 9) is a biometric-based host, equipped with the capturing device and the processing unit that measures the biometric trait and calculates the features vector (biometric template). The client capabilities may be understood in a wider sense, thus enabling the client to be equipped with sensors related to more than one biometric modality. The proposed access scenario enables to include the aliveness detection capability and the biometric replay attack prevention. To insert the necessary elements into the communication flow, capture-dependent parameters will be retrieved by the client terminal prior to the biometric trait measurement. 

Provide a clearly worded description of the VUS and its purpose in the organization. Also describe the makeup of the VUS (multiple servers, networks, software packages, etc.). This does not need to be technically in depth, but should provide a basic framework for understanding the system concepts. Consider including an explanatory diagram. 

Computer network infrastructure (e.g., servers, networks, clients)... 

This chapter presents some approaches to prospectively and retrospectively validating client server networked CDS based on case stndies in addition the bnsiness benefits that can be exploited from the implementation of electronic signatnres when remediating or npgrading a legacy chromatography data system are presented. 

Disregard the potential financial and validation impact of upgrading/integrating their current IT infrastructure (clients, servers, networks) to support the business system implementation. 

High level overviews and status of computer rooms, servers, networks Organization of the IT group Development life cycle for infrastructure Detailed inventories and configurations Computer operations procedures Service delivery procedures Service support procedures... 

Logical organization and relationship of servers, network components, storage devices, printers, etc. the size of the network (number of user nodes) and topology diagram of the network (including interfaces to other networks) need to be specified... 

Networked computer systems with multiple computers and peripherals. Examples are servers for common printing and data storage or client/server networks where the operating system and application software are loaded on the server and can be executed on the client computer. Another example is a laboratory information management system (LIMS) for collection and management of data from multiple computers. 

The Drug Information Framework enables developers to build healthcare solutions faster, using the time-tested NDDF Plus knowledge base and critical decision-support modules. The Framework gives developers a choice of technologies and access layers, so it can adapt to most platforms, operating systems, development tools, and relational databases. Application environments can include the Internet client/server networks stand-alone desktops and handheld wireless devices. 

Chromatography data handling has benefited much from the computer revolution. A PC-based data station typically incorporates method storage, data archival, and report generation as well as full HPLC system control. For large laboratories, a centralized client-server network is becoming the standard system to ensure data security and compliance with regulations. Most network systems also allow the user to access data and to control the system remotely from the office and/or from home via a secured web connection. 

This chapter describes an IT Quality Assurance System (ITQA System) for software and its environment (server, networks, personal computers [PCs]), giving the basic procedures and general responsibilities involved. The detail... 

LAN Network within the site for which the access is fully controlled by (or contracted out but still under the responsibility of) the company Any change in the LAN infrastructure (e.g., OS, NOS, servers, workstations, applications, file servers, network equipment)... 

Kind of LAN technology and bandwidth or transmission speed for clients and servers networking... 

The seope of safety management activities is not limited to just the safety of patients, but to anyone who could be affected. The scope has also been extended to inelude the infrastructure workstations, servers, network etc. This extends the formal seope of the standards into a cohesive approach which addresses the safety of all ICT activities for die Trust. Where a safety case report is issued for deployment and use of in-house developed software, tiien the requirements for a manufacture safety ease are also addressed, tiius avoiding the need for the same team to produce two reports. 

In addition to monotonic loading conditions, certain repetitive operations could also lead to mechanical failures. A typical example is a PWB used in cell-phone applications. The PWB could be subjected to multiple small deflections each time the ceU-phone keypad is pressed.This can cause an incremental deterioration in the mechanical response of the PWB and lead to solder joint interconnect failures in BG As mounted on the PWB. This sort of failure mechanism is more prevalent in relatively thin PWBs used in cell-phone applications. However, similar failures could also occur if, for example, multiple runs of ICT are performed on PCAs in high-end server/network applications. An industry standard test method has been developed by JEDEC to characterize the response of a PCA to cychc loading conditions (JESD22-B113). The layout of the test board as specified in the test method is similar to that for the monotonic four-point bend test. Some data on the cyclic bend response of Sn AgCu solder joints can be found in Reference 39. 

Figure 1 A parallel design client-server network.

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