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In other fields tightly coupled means that two entities are closely associated. Probably, in Distributed Computing, it means that a module in the distributed architecture is closely related to the other modules. Therefore, this module only can be replaced by a very similar one.
What else can I help you with?
What should you do if your friend can't dance?
Dance with her and hold her/him tightly
Do your feet change position in a tour en l'air?
yes, the dancer keeps his/her feet closely held in 5th and at the height of the jump you tightly switch your feet.
It is sometimes difficult to achieve a layered approach if two components of the operating system are dependent on each other Identify a scenario in which it is unclear how to layer two system compon?
The virtual memory subsystem and the storage subsystem are typically tightly-coupled and require careful design in a layered system due to the following interactions. Many systems allow files to be mapped into the virtual memory space of an executing process. On the other hand, the virtualmemory subsystem typically uses the storage system to provide the backing store for pages that do not currently reside in memory. Also, updates to the filesystem are sometimes buffered in physical memory before it is flushed to disk, thereby requiring careful coordination of the usage of memory between the virtual memory subsystem and the filesystem.
Metaphor in a poem?
LOVE Two hands held tightly Two faces laughing two dreams in one Love is a circle.
What is the globe theatre made of?
It is made entirely of wood no nails, no glue, it just all slots together. It is just like a giant 3D jigsaw puzzle, on piece is just cut with a hole in and another with an extra block of wood still attached so that they slot together and they are packed so tightly that they will not fall apart.hope that this helped, :)
Is distributed system is loosely coupled or tightly coupled?
It can be either or even both - depends on how the designer(s) designed the distributed systems
What is the Difference between distributed systems and other systems?
A distributed system is a computer system composed of many smaller systems. Distributed systems generally consist of 10s, 100s, or even 1000s of networked computers working in parallel to accomplish a singular task. This approach to computing allows many less expensive computers to work together as a more powerful system. These systems can be either tightly coupled or loosely coupled. A tightly coupled distributed system would generally consist of 10s of computers centrally located with a high speed network connecting them. These systems can be very powerful and relatively inexpensive. Tightly coupled systems can move lots of data between the computers and attack huge problems that require lots of communication. A loosely coupled distributed system generally consists of 100s or 1000s of computers connected over the internet. These systems cannot communicate as quickly, so they are often used for problems where there is a lot of processing to be done and not much communication.
What is loosely and tightly coupled federated databases?
FDBSs can be categorized as loosely coupled or tightly coupled based on who manages the federation and how the com- ponents are integrated. interoperable database system ( loosely ) An FDBS is loosely coupled if it is the user's responsibility to create and maintain the federation and there is no control enforced by the feder- ated system and its administrators. A federation is tightly coupled if the federation and its adminis- trator(s) have the responsibility for creat- ing and maintaining the federation and actively control the access to component DBSs. A loosely coupled FDBS always supports multiple federated schemas. A tightly coupled FDBS may have one or more federated schemas. A tightly coupled FDBS is said to have single federation if it allows the creation and management of only one federated schema. A tightly coupled FDBS is said to have multiple federations if it allows the creation and management of multiple federated schemas
What are tightly and loosely coupled multiprocessor systems?
In a tightly coupled multiprocessor system, processors share a common memory and are connected through a high-speed interconnection network, allowing for efficient communication and coordination. In contrast, in a loosely coupled multiprocessor system, processors have separate memories and communicate through message passing, which can lead to slower performance but greater flexibility in terms of scalability and fault tolerance.
What is difference and similar between loosely-coupled system and tightly-coupled system?
The way I understand it is, that tightly coupled architecture does not provide a lot of flexibility for change when compared to loosely coupled architecture. For eg., if two disparate systems exchange messages, the message format has to be the same if they are tightly coupled. If the source uses java, the receiver should be able to read the message using java. Also, if any change is made is made to the source or the receiver systems, the other end has to be modified appropriately. But in case of loosely coupled architectures, message formats or operating platforms or revamping the business logic does not impact the other end. If the system is taken down for a revamp, of course the other end will not be able to access the service for a while but other than that, the unchanged end can resume message exchange as it was before the revamp.
Is accountability a characteristic of nursing?
Accountability is a characteristic of all professions. In addition, responsibility, and accountability are tightly coupled.
What are tightly and loosely coupled cluster systems?
Tightly coupled clusters are a group of machines that are largely dependent on each other. They are often used when latency is an important factor in the application. For example, a web cluster is often a tightly coupled cluster as the web servers/application servers require quick and consistent access to a shared storage system (network filesystem or database).Loosely coupled clusters are a group of machines (or groups of groups) which can operate independent of each other. Communications between nodes (or subclusters) is often done via a queuing system.
What is a multiuser computer?
multicomputer-- A computer made up of several computers. The term generally refers to an architecture in which each processor has its own memory rather than multiple processors with a shared memory. Something similiar to parallel computing. Distributed computing deals with hardware and software systems containing more than one processing element or storage element, concurrent processes, or multiple programs, running under a loosely or tightly controlled regime.
What is the difference between closely coupled configuration and loosely coupled configuration in microprocessor?
Loosely coupled microprocessors are more like independent processors joined via a small communication link (a high speed bus or cable). This means that the connected microprocessors have their own local memory sets. They are low in performance. Also only microprocessors that can work independently may be used. Tightly coupled microprocessors share a common memory for the purpose of communication. One processor (slave) is dependent on the other (master). They are good at performance. The connected processors also have local memory sets for general purposes.
What is the difference between distributed and parallel processing operating system?
1) Distributed Operating systems are also referred to as Loosely Coupled systems whereas parallel processin g systems are referred to as tightly coupled systems. 2) A Loosley coupled system is one in which the processors do not share memory and each processor has its own local memory whereas in a tightly coupled system there is a single systemwide primary memory shared by all the processors. 3) The processors of distributed operating systems can be placed far away from each other to cover a wider geographic area which is not the case with parallel processing systems. 4) The no. of processors that can be usefully deployed is very small in a parallel processing operating system whereas for a ditributed operating system a larger no. of processors can be usefully deployed....... 5)globle clock is used for controlling simd n mimd in parallel..... .in distributed no any global colck present in this synchronization algorithms are used 6)in the distributed operating system there is an unpredictable communication delays between processors whereas the processors in the parallel processing system share over an interconnection network
What you sthe difference between multiprocessor and multicomputer?
: multicomputer-- A computer made up of several computers. The term generally refers to an architecture in which each processor has its own memory rather than multiple processors with a shared memory. Something similar to parallel computing. Distributed computing deals with hardware and software systems containing more than one processing element or storage element, concurrent processes, or multiple programs, running under a loosely or tightly controlled regime. A multicomputer may be considered to be either a loosely coupled NUMA computer or a tightly coupled cluster. Multicomputers are commonly used when strong computer power is required in an environment with restricted physical space or electrical power. Common suppliers include Mercury Computer Systems, CSPI, and SKY Computers. Common uses include 3D medical imaging devices and mobile radar. In distributed computing a program is split up into parts that run simultaneously on multiple computers communicating over a network. Distributed computing is a form of parallel computing, but parallel computing is most commonly used to describe program parts running simultaneously on multiple processors in the same computer. Both types of processing require dividing a program into parts that can run simultaneously, but distributed programs often must deal with heterogeneous environments, network links of varying latencies, and unpredictable failures in the network or the computers. multiprocessor-- A multiprocessor system is simply a computer that has more than one CPU on its motherboard. If the operating system is built to take advantage of this, it can run different processes (or different threads belonging to the same process) on different CPUs. Multiprocessing is the use of two or more central processing units (CPUs) within a single computer system. The term also refers to the ability of a system to support more than one processor and/or the ability to allocate tasks between them.[1] There are many variations on this basic theme, and the definition of multiprocessing can vary with context, mostly as a function of how CPUs are defined (multiple cores on one die, multiple chips in one package, multiple packages in one system unit, etc.).
What is the difference between tightly coupled and loosely coupled operating systems?
Tightly coupled clusters are a group of machines that are largely dependent on each other. They are often used when latency is an important factor in the application. For example, a web cluster is often a tightly coupled cluster as the web servers/application servers require quick and consistent access to a shared storage system (network filesystem or database).Loosely coupled clusters are a group of machines (or groups of groups) which can operate independent of each other. Communications between nodes (or subclusters) is often done via a queuing system.Tightly coupled clusters are a group of machines that are largely dependent on each other. They are often used when latency is an important factor in the application. For example, a web cluster is often a tightly coupled cluster as the web servers/application servers require quick and consistent access to a shared storage system (network filesystem or database).Loosely coupled clusters are a group of machines (or groups of groups) which can operate independent of each other. Communications between nodes (or subclusters) is often done via a queuing system.Read more: What_is_difference_and_similar_between_loosely-coupled_system_and_tightly-coupled_system
