System Design for Interviews and Beyond – Mikhail Smarshchok

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What is https://archive.is/wip/D4iZh System Design?

https://archive.is/wip/D4iZh System Design is Archive: for Interviews and Beyond - Mikhail SmarshchokThe course is in the process of being migrated to a new platform and is not available for purchase..

How does https://archive.is/wip/D4iZh System Design Archive:?

Archive: https://archive.is/wip/D4iZh System Design for Interviews and Beyond - Mikhail SmarshchokThe course is in the process of being migrated to a new platform and is not available for purchase.

What is Access?

Access is is retained for all previously enrolled students..

How does Access is retained?

Access is retained for all previously enrolled students.

What is you?

you is See soon!Course curriculumIntroductionCourse introductionFREE PREVIEWWho will benefit from the course and howFREE PREVIEWCourse overviewFREE PREVIEWHow to define system requirementsSystem requirementsFunctional requirementsHigh availabilityFault tolerance, resilience, reliabilityScalabilityPerformanceDurabilityConsistencyMaintainability, security, costSummary of system requirementsHow to achieve certain system qualities with the help of hardwareRegions, availability zones, data centers, racks, serversPhysical servers, virtual machines, containers, serverlessFundamentals of reliable, scalable, and fast communicationSynchronous vs asynchronous communicationAsynchronous messaging patternsNetwork protocolsBlocking vs non-blocking I/OData encoding formatsMessage acknowledgmentHow to improve system performance with cachingDeduplication cacheMetadata cacheThe importance of queues in distributed systemsQueueFull and empty queue problemsStart with something simpleBlocking queue and producer-consumer patternThread poolBig compute architecture.

How does you See?

See you soon!Course curriculumIntroductionCourse introductionFREE PREVIEWWho will benefit from the course and howFREE PREVIEWCourse overviewFREE PREVIEWHow to define system requirementsSystem requirementsFunctional requirementsHigh availabilityFault tolerance, resilience, reliabilityScalabilityPerformanceDurabilityConsistencyMaintainability, security, costSummary of system requirementsHow to achieve certain system qualities with the help of hardwareRegions, availability zones, data centers, racks, serversPhysical servers, virtual machines, containers, serverlessFundamentals of reliable, scalable, and fast communicationSynchronous vs asynchronous communicationAsynchronous messaging patternsNetwork protocolsBlocking vs non-blocking I/OData encoding formatsMessage acknowledgmentHow to improve system performance with cachingDeduplication cacheMetadata cacheThe importance of queues in distributed systemsQueueFull and empty queue problemsStart with something simpleBlocking queue and producer-consumer patternThread poolBig compute architecture

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