A) A human operator B) A network switch C) A physical hardware rack D) A computer program or process
A) A client B) A host C) A peripheral D) A router
A) Serve B) Service C) Servant D) Server
A) Hardware upgrade B) Web service C) Data storage device D) Network cable
A) Operating system B) Kernel C) BIOS D) Windows service
A) From 'storage' to 'computation' B) From 'obey' to 'give' C) From 'public' to 'private' D) From 'hardware' to 'software'
A) Peer-to-peer B) Request and response C) Broadcast D) Publish and subscribe
A) Client-server uses only push technology B) Peer-to-peer requires a central authority C) Peer-to-peer relies on on-demand reciprocation D) Client-server does not use networks
A) It must be connected to the internet B) It can be called by another process to share a resource C) It must have a dedicated power supply D) It must run on specialized hardware
A) No, only mainframes can B) Yes, if it has capable software C) No, only dedicated server hardware can D) Yes, but only if disconnected from the network
A) It requires a manual pull from the client B) It pushes messages to the client C) It uses on-demand reciprocation D) It waits for a request for every message
A) By request-response B) By physical connection C) By hardware handshake D) By broadcast
A) A network switch B) A router C) A client D) A server
A) Tasks B) Services C) Nodes D) Processes
A) Game server B) Database server C) Web server D) Router server
A) Graph theory B) Information theory C) Queueing theory D) Game theory
A) Erlang (1909) B) RFC 5 (1969) C) Kendall (1953) D) RFC 4 (1969)
A) Client B) Daemon C) Host D) User
A) Virtualization B) Cloud networking C) Hardware upgrades D) Fiber optics
A) Many relatively simple, replaceable server components B) Only desktop PCs C) A single massive supercomputer D) Only virtual machines
A) Replacing client hardware B) Creating web browsers C) Hosting offline personal files D) Distributing work
A) Low-end personal tablets B) High-end machines C) Standard household laptops D) Mobile smartphones
A) They run only on internal batteries B) They have built-in holographic displays C) They are accessed over a network D) They are not capable of processing input
A) Exclusively through a local GUI B) Through manual physical re-wiring C) Remotely D) Directly via an attached keyboard
A) PowerShell B) Manual mouse interaction C) Physical floppy disks D) Hardware keylogging
A) Adobe Acrobat B) Microsoft Word C) Windows Explorer D) Dell's iDRAC
A) Google Meet B) Pre-Microsoft Skype C) Modern Zoom D) Microsoft Teams
A) End-user mice B) Personal scanners C) Routers D) Local printers |