Computer Networks · TEE · about
Sources, verification and limitations
TEE coverage and source notes
TEE · Evidence and scope limits · current syllabus 702AI0C023
Primary scope: Syllabus_BTech&MBATech AI_SEM V_AY 26-27_AI subjects_9.6.26_NEW CODE.pdf, CN pages 1–2, course 702AI0C023. It lists six units and 100 TEE marks scaled to 50. Unit durations sum to 30 hours.
Primary questions: QP_Final-Exam_Computer Networks(702AI0C007)_Semester V_2025-2026.pdf, dated 5 December 2025; QP_Re-Exam_Computer Networks(702AI0C007)_Semester V_2025-2026.pdf, dated 4 February 2026; associated answer schemes from the supplied Computer Networks archives. Question wording is normalized for legible typography, with original data, parts and marks retained.
Secondary material: the supplied CN Master/English answer-book is background reference. Its size, predictions and topics outside the syllabus do not establish scope or guarantee marks. The course does not claim that every page of that large secondary collection was independently checked.
Checks: each named syllabus item has a route; both actual papers have all 18 parts; each mock has seven 20-mark groups. Arithmetic is checked separately using bit-string/polynomial routines, integer address boundaries, graph oracles and independent queue/token balances. Rendered assets, links and HTML structure are checked. These are academic and technical checks, not instructor approval.
Protocol references used for precision
- RFC 768 · UDP
- RFC 9293 · TCP
- RFC 9260 · SCTP
- RFC 9110 · HTTP semantics
- RFC 1034 · DNS concepts
- RFC 959 · FTP
- RFC 5321 · SMTP
- RFC 2475 · traffic conditioning and token buckets
Read the explicit answer-key corrections
The historical papers’ course code and dates differ from the current syllabus. The current future-paper time, choices and unit weighting require the current instructor’s instructions; no separate current CN policy was supplied. The standard CSMA/CA interpretation of printed CDMA/CA is disclosed. No claim of guaranteed marks, predicted questions or complete validation of every possible network edge case is made.