A) Session B) Transport C) Presentation D) Application
A) Application B) Transport C) Session D) Presentation
A) Data Link B) Physical C) Transport D) Network
A) Transport B) Physical C) Network D) Session
A) ensure data arrival B) support error detection C) identify ALL network devices D) assist router
A) physical B) google maps C) logical D) topographic
A) Network B) Data Link C) Transport D) Physical
A) originate data flow B) manage network data flow C) determine network data pathways D) re-time and retransmit data
A) destination HOST address B) destination DEVICE type C) bit overtime RATIO D) source application type
A) Switching B) Routing C) Internet D) Physical
A) Packets B) Particles C) Processing D) Pounds
A) Network Access B) Presentation C) Physical D) Network
A) MAN B) EXTRA-NET C) LAN D) WAN
A) label the data packets of a particular transmission B) track END DEVICE delay C) enable message reassembly at end device D) provides information crucial for data delivery
A) encapsulated B) hacked C) cleaved D) configured
A) streams B) multiplexifications C) partitions D) encapsulations
A) End B) User-friendly C) Intermediary D) Expensive
A) Session B) Physical C) Transport D) Network
A) control source and end devices B) identify source and end devices C) control source and end devices services D) similar services within end devices
A) provide layer-unique encapsulation B) limits the choice of end devices of a network C) outline needed layer functions D) define PDU layer structure
A) Network B) Physical C) Transport D) Data Link
A) Application B) Network C) Transport D) Internet
A) Physical B) Microsoft Office Layer C) Network D) Application
A) Physical B) Bit and Timing C) Network D) Data Link
A) Routing Table Information B) Data C) Application Interaction Layer D) Byte IP Host Protocol |