Centralized System Architecture:
Client-server Architecture:
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Distributed computing is when a network of computers are used collectively to perform the same task while sharing the workload. Mobile computing, you pick up your laptop and head off on holiday!
Time sharing computer refers to the sharing of computing resources among various computers while the client server is a mainframe computer operates in a timesharing mode to provide for the needs of the many users.
Q 1. What is Client-server Computing? a. Client/server is a computational architecture that involves client processes requesting service from server processes. b. Client/server is a computational architecture that involves Server processes requesting service from Client processes. c. hardware and software systems containing more than one processing element or storage element Q 2. What is a Client process? a.The client is a process (program) that sends a message to a server process (program) b. Q 3. What is a Server process? a. A server process (program) fulfills the client request by performing the task requested Q 4. What is a Two-Tier Architecture? a. A two-tier architecture is where a client talks directly to a server, with no intervening serverb. A two-tier architecture is where a client can not talks directly to a server. c. A two-tier architecture introduces a server (or an "agent") between the client and the server Q 5. What is a Three-Tier Architecture? a. A three-tier architecture introduces a server (or an "agent") between the client and the server b. A three-tier architecture is where a client talks directly to a server, with no intervening server c. A two-tier architecture is where a client can not talks directly to a server. Q 6. What is Cooperative Processing? a. Cooperative processing is computing which requires two or more distinct processors to complete a single transaction b. Cooperative processing is computing which requires single processors to complete a single transaction. c. Is an architecture introduces a server (or an "agent") between the client and the server Q 7. What is Distributed Processing? a. The distribution of applications and business logic across multiple processing platforms. b. The distribution of applications and business logic inside single processing platforms. c. Computing which requires single processors to complete a single transaction. Q 8. What is Remote Data Management? a.In remote data management, the entire application resides on the client and the data management is located on a remote server/host. b. In remote data management, the entire application resides on the Server and the data management is located on a remote Client c. Is computing which requires two or more distinct processors to complete a single transaction Q 9. What is OSF-DCE? a. DCE is the Distributed Computing Environment, from the Open Software Foundation. b. Q 10. What is CORBA? a. CORBA stands for the Common Object Request Broker Architecture. b. Confederation of Regions Broker Architecture c. Certificate of Registration Broker Architecture Q 11. Which of the following protocols is used in the internet a. X.25 b. IBM c. TCP/IP d. UUCP Q 12. A port no. 2000 is used on both PCs of a network for an application. Then the following layer in a Network is needed for handling such a connection. a. Network layer b. Transport layer c. Physical layer d. Data link layer Q 13. One needs to send the data to hosts on the network at once. The data must be received only by the hosts for whom it is intended. The following topology should be used. a. Broadcast b. Point to point c. Multicast d. None of the above
Explain the relationship between viruses and backups in the computing world.
A network of computers that act as a single unit for purposes of a large company's computing needs is referred to as a "cluster." These are usually in the form of rack-mounted servers that have a Gigabit backbone on its back plane, but this is not necessarily true depending on the hardware used. Larger computer clusters might be connected between racks with fiber optic carrier lines to improve response times between the units within a cluster.
Gothic and Roman architecture are similar:
there is no dif
its epic
The ERP Software Blog has a helpful guide that distinguishes between cloud computing and virtualization. Tech Target is another website that breaks down the differences between virtualization, SaaS, and cloud computing.
The advantages and disadvantages between the two are quite simple. SOA cloud computing is the term used to tell the idea of computing clouds and the electronics used are to help figure it out.
IT is using knowledge of computers to perform tasks such as word processing whereas computing is to do with programming languages such as basic, visual basic or C++
Depending on the type modern architecture can utilize both past, present and future technologies and design. A major distinction between the two are the future architecture increasingly focuses on function such as energy conservation and earthquake resistance and then combining them with aesthetics.
egyptian architecture was dependent on religion egypt architecture is describe as mammoth rectangular plan limestone with stoping pylons with gorge molding while mesopotamian architecture they depend on their distinguishing work ZIGGURAT
between centralized and decentralized payroll
uniprocessor : - A type of architecture that is based on a single computing unit. All operations ( additions, multiplications, etc ) are done sequentally on the unit. . multiprocessor : - A type of architecture that is based on multiple computing units. Some of the operations ( not all, mind you ) are done in parallel and the results are joined afterwards.
The primary difference between Hindu and Islamic architecture is that Hindu architecture incorporates figural art, primarily through sculpture and carved frescoes. Islamic architecture focuses on geometric and abstract designs as Islam does not permit artistic representations of human figures to prevent idolatry.
It is the art of assembling logical elements into a computing device; the specification of the relation between parts of a computer system.