Objectives communication

It is ensured that the quality policy is appropriate to the purpose of the organization and includes a commitment to comply with requirements and continually improve the effectiveness of the quality management system. The policy provides a framework for establishing and reviewing quality objectives, communicated and understood within the organization, and is reviewed for continuing suitability. 

Detection of buried objects Communication with submarines, electrical power Telephone audio range Navigation, sonar Navigation, radio beacon AM, maritime radio Shortwave radio, citizen s band Television, FM, police, mobile Radar, television, navigation Radar, satellite Radar, space exploration... 

Vagueness and imprecision. What if the reader of the SOP cannot figure out exactly who (job description) is required to carry out a step in the procedure, and furthermore cannot determine precisely how it is to be carried out Obviously, then, the SOP has failed in its primary objective, communication. This is why a prime function of the reviewer is to check to see if the writer has conveyed the message clearly and unequivocally. 

Fuzziness at an Object Communication Level Using a Fuzzy Controller... 

Design of Practical Enterprise Safety Management System 177 How Objects Communicate ... 

Not all objects are written in the same language and running on the same machine. So in distributed environment and in order to have interface among all different objects, the only solution is to separate the interface (how the objects communicate with each other) from the implementation (how the object performs its job). This is done using Interface Definition Language (IDL). 

Tokunaga M, Kitamura K, Saito K, Iwane A H and Yanagida T 1997 Single molecule imaging of fluorophores and enzymatic reactions achieved by objective-type total internal reflection fluorescence microscopy Biochem. Biophys. Res. Commun. 235 47-53... 

NAMD was implemented in an object-oriented fashion (Fig. 3). Patches, the encapsulated communication subsystem, the molecular structure, and various output methods were objects. Every patch owned specialized objects... 

Fig. 3. NAMD 1 employs a modular, object-oriented design in which patches communicate via an encapsulated communication subsystem. Every patch owns an integrator and a complete set of force objects for bonded (BondForce), nonbonded (ElectForce), and full electrostatic (DPMTA) calculations.

Fig. 5. Compute objects requiring off-node patches do not engage in off-node communication but rather interact with local proxy patches. When force evaluations are required the home patch sends positions messages (p) to its proxies and receives force messages (f) containing the results of off-node calculations. The proxy patch in this illustration exists on the same node as the compute object but represents the off-node home patch with which it communicates.

Load balancing can then be achieved in NAMD 2 by moving compute objects and patches between nodes. But what if a compute object and a patch it depends on are on different nodes Compute objects individually communicating with off-node patches would generate a huge amount of redundant communication. Therefore, patches are represented on other nodes by proxy patches, which implement the same interface as home patches for dealing with compute objects and handling dependencies but receive coordinates from and... 

Fig. 6. Multiple threads in NAMD 2 allow the integration algorithm to be expressed sequentially as a single function. This function, shown illegibly at left, runs in sequencer threads associated with home patches. A similar function running in a controller thread on the master node communicates with the sequencers to deal with output and global calculations. Compute objects execute in the larger stack space of each node s main thread.

As noted above, one of the goals of NAMD 2 is to take advantage of clusters of symmetric multiprocessor workstations and other non-uniform memory access platforms. This can be achieved in the current design by allowing multiple compute objects to run concurrently on different processors via kernel-level threads. Because compute objects interact in a controlled manner with patches, access controls need only be applied to a small number of structures such as force and energy accumulators. A shared memory environment will therefore contribute almost no parallel overhead and generate communication equal to that of a single-processor node. 

A successful tolling project depends upon defining the project objectives at the outset and clearly communicating those objectives. The objectives take into account the rights and expectations of both the toller and the client. Specifics such as ownership, specifications, timing, regulatory requirements, product quality, and documentation are considered. Each project or process is unique and consequently the agreements reached between the parties and the... 

The objective is to have as much firsthand experience on the team as possible. Again, the importance of communication and teamwork between the toller and their client must be emphasized. 

An important and difficult task is concisely translating your requirements into study objectives. For example, if you need to decide between two methods of storing a hazardous chemical in a plant, the analysis objective should precisely define that what is needed is the relative difference between the methods, not the more general I want to know the risk of these two storage methods. And asking your QRA team for more than is necessary to satisfy your particular need is counterproductive and may create unnecessary liabilities. For any QRA to efficiently produce the necessary types of results, you must clearly communicate your requirements... 

Risk communication will be successful only if it is carefully planned. Establish risk communication objectives, such as providing information to the... 

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