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Oracle Database Architecture An Oracle Database Is A Collection Of Data Treated As A Unit. The Purpose Of A Database Is To Store And Retrieve Related Information. A Database Server Is The Key To Solving The Problems Of Information Management. In General, A Server Reliably Manages A Large Amount Of Data In A Multiuser Environment So That Many Users Can Concurrently Access The Same Data. All This Is Accomplished While Delivering High Performance. A Database Server Also Prevents Unauthorized Access And Provides Efficient Solutions For Failure Recovery. Benefits Of Grid Computing Compared To Other Models Of Computing, IT Systems Designed And Implemented In The Grid Style Deliver Higher Quality Of Service, Lower Cost, And Greater Flexibility. Higher Quality Of Service Results From Having No Single Point Of Failure, A Robust Security Infrastructure, And Centralized, Policy-Driven Management. Lower Costs Derive From Increasing The Utilization Of Resources And Dramatically Reducing Management And Maintenance Costs. Rather Than Dedicating A Stack Of Software And Hardware To A Specific Task, All Resources Are Pooled And Allocated On Demand, Thus Eliminating Under Utilized Capacity And Redundant Capabilities. Grid Computing Also Enables The Use Of Smaller Individual Hardware Components, Thus Reducing The Cost Of Each Individual Component And Providing More Flexibility To Devote Resources In Accordance With Changing Needs.
Price: 20,000 Taka Post By: Nazrul Islam সর্ব-শেষ হাল-নাগাদ: 18 Saturday 2020

Oracle Database Architecture


An Oracle Database Is A Collection Of Data Treated As A Unit. The Purpose Of A Database Is To Store And Retrieve Related Information. A Database Server Is The Key To Solving The Problems Of Information Management. In General, A Server Reliably Manages A Large Amount Of Data In A Multiuser Environment So That Many Users Can Concurrently Access The Same Data. All This Is Accomplished While Delivering High Performance. A Database Server Also Prevents Unauthorized Access And Provides Efficient Solutions For Failure Recovery.


Benefits Of Grid Computing


Compared To Other Models Of Computing, IT Systems Designed And Implemented In The Grid Style Deliver Higher Quality Of Service, Lower Cost, And Greater Flexibility. Higher Quality Of Service Results From Having No Single Point Of Failure, A Robust Security Infrastructure, And Centralized, Policy-Driven Management. Lower Costs Derive From Increasing The Utilization Of Resources And Dramatically Reducing Management And Maintenance Costs. Rather Than Dedicating A Stack Of Software And Hardware To A Specific Task, All Resources Are Pooled And Allocated On Demand, Thus Eliminating Under Utilized Capacity And Redundant Capabilities. Grid Computing Also Enables The Use Of Smaller Individual Hardware Components, Thus Reducing The Cost Of Each Individual Component And Providing More Flexibility To Devote Resources In Accordance With Changing Needs.