Course of Computer Networks, A.A. 2017/2018
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| Students' reception hours
| Schedule of Classes
| Contents | Esami
del Corso | Available material | FAQs
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ATTENZIONE! I risultati dello scritto di Reti di Calcolatori del 9 Febbraio 2018 sono in via di pubblicazione. Ogni studente convocato nella lista sottostante deve confermare la propria presenza via email a luciano.bononi@unibo.it con subject "Orale Reti di Calcolatori II appello 2018" e scrivere se sia disponibile nella data e ora di convocazione. Se non disponibile nella data da me indicata, con motivazioni serie, suggerisca una data preferita tra quelle suddette e cercheremo di riallocare. ATTENZIONE! Gli orali di Reti di Calcolatori previsti in data Venerdi 23 Febbraio sono rinviati causa allerta meteo. Seguiranno nuove convocazioni in questa pagina.ATTENZIONE! Il Test e l'Orale si tengono nell'ufficio del prof. Bononi (T08) al piano terra del Dipartimento. Portare un documento con foto. Non serve portare il proprio PC portatile. L'OK a fianco alla convocazione significa che ho ricevuto riscontro positivo. |
MATRICOLA |
VOTO SCRITTO x/25 (min 15) del 9 Febbraio 2018 |
Proposta Convocazione per orale (data e ora), ufficio prof. Bononi, T08 | N.B. Verificate eventuali comunicazioni in caso di forti nevicate. |
806517 11 Insufficiente 794251 25 Giovedi 22 Febbraio, ore 14.15 737987 4,75 Insufficiente 807562 17,75 Giovedi 22 Febbraio, ore 14.45 772488 6,5 Insufficiente 792784 17,5 Venerdi 23 Febbraio, ore 11.00 803520 12,75 Insufficiente 789931 14,5 Insufficiente 802944 13,75 Insufficiente 789525 14,25 Insufficiente 802243 19,5 Venerdi 23 Febbraio, ore 10.00 789874 18,5 Venerdi 23 Febbraio, ore 10.30 1900064811 11,5 Insufficiente 660915. 13,25 Insufficiente 788878 15,75 Giovedi 22 Febbraio, ore 15.00 900056732 20,00 Venerdi 23 Febbraio, ore 10.45 806663 15,25 Venerdi 23 Febbraio, ore 11.30 801776 14,75 Insufficiente 801850 17,50 Venerdi 23 Febbraio, ore 12.30 801059 15,5 Giovedi 22 Febbraio, ore 15.15 788897 16,25 Venerdi 23 Febbraio, ore 10.15 793754 19,00 Venerdi 23 Febbraio, ore 11.15 789400 19,25 Giovedi 22 Febbraio, ore 15.30 759387 5,75 Insufficiente 800883 16,5 Venerdi 23 Febbraio, ore 12.15 789141 18,75 Giovedi 22 Febbraio, ore 16.00 792779 19,5 Giovedi 22 Febbraio, ore 14.30 797885 13,75 Insufficiente 801927 9,75 Insufficiente 789540 15,75 Venerdi 23 Febbraio, ore 14.30 806531 19,25 Venerdi 23 Febbraio, ore 11.45 789834 8,25 Insufficiente 789296 20 Giovedi 22 Febbraio, ore 15.45 737967 21 Venerdi 23 Febbraio, ore 14.45 789381 23,25 Venerdi 23 Febbraio, ore 12.00 817255 11 Insufficiente 793953 22 Venerdi 23 Febbraio, ore 14.00 789917 18,5 Venerdi 23 Febbraio, ore 14.15 801002 19,5 Giovedi 22 Febbraio, ore 16.15 772217 11,75 Insufficiente
Information about the classes' schedule are available in the Department portal and in this page. Classes will begin Tuesday September 26, 2017 at 13.30-15.30 in room Ercolani 1 (E1). The provisional schedule is as follows:
Tuesday, 13.30-15.30, room Ercolani 1 (E1) ,
Wednesday, 13.30-16.30, room Ercolani 1 (E1) ,
Friday, 9.30-12.30, room Ercolani 1 (E1).
See also the timetable
The final exam consist of three parts:
- a written exam W (mandatory), with questions and exercises (also practical) about the whole program and demos during the classes.
- a test T (mandatory), dealing with network programming.
- a oral exam O (optional).
The sufficient evaluation in the written part W is equal or greater than 15/25. The sufficient evaluation of test T is equal or greater than 4/6. The final evaluation is achieved only if both the written part W and the test part T are sufficient. Students are admitted to the test T only if the written part W is sufficient. Students are admitted to the oral part O (optional) only if the score W + T is greater or equal than 18.
The final score F is given by the sum of W (in the range 0 to 25, sufficient = 15) and T (in the range 0 to 6, sufficient = 4), with the addition of the optional oral evaluation O (between -3 and +3), by following the formula:
F = W + T (+ O)
In all cases where the score F is greater than 30, and the student's behavior denoted maturity and discipline during the lessons and the exams, the "cum Laude" evaluation is provided.
Remember to bring a valid document with photo during every exam event! This is needed for you to be identified. If not you will not be allowed to complete the exam on that scheduled event.
Further Details about the exam: During the written exam students are NOT allowd to keep any note or device. No communications allowed. In case of questions, please raise up your hand and provide the question to the teacher who will respond to all of you. In case there is suspect or evidence of people copying responses from colleagues, the teacher will require both the involved people (who has copied and who allowed to copy) to have a mandatory oral part. Both written and text part are mandatory to be realized within the same exam timeframe. Only the oral part could be postponed within the same exam session. In case of a sufficient written part, the insufficient Test part can be repeated (only once) within the same session, at least after 15 days. The list of people allowed to the Test phase will be published after correction of the written part, with a proposed calendar, with small margins for negotiation. The use of own personal computers is allowed for performing the test phase.
This section will collect news and material used during the classes (including the slides). This is not the exhaustive collection of material to study. Some concepts will be provided with live lab experiences, videos, special software, etc. during the live lessons (whose attendance is of utmost importance).
Introduction to Networking Principles part A (slide intro A 1.6 MB) Introduction to Networking Principles part B (slide intro A 5.7 MB) Slides pack 3 (Slides pack 3, 11MB) UDP Socket programming exercise 1 (Python socket server) (Python socket client) Slides pack 4 (Slides pack 4, 5MB) Web Server programming exercise (Simple HTTP Server) Slides pack 5 (Slides pack 5, 2.88MB) Web Server Proxy programming exercise (Proxy Web Server) Slides pack 6 (Slides pack 6, 3.1MB) Slides pack 7 (Slides pack 7, 330 KB) Example 1A (reprise) (Figure 1) Example 1B (reprise) (Figure 1) Slides pack 8 (Slides pack 8, 8.1MB) Slides pack 9 (Slides pack 9, 8.1MB) Slides pack 10 (Slides pack 10, 8.1MB) Self-evaluation exercises on IPv4 Networking (Document, 242 KB) |
In this page I will collect the Frequently Asked Questions received via email: (Frequently
Asked Questions, FAQs).
A list of suggested books (useful for more deep understanding but purchase is optional). More information will be given during the classes.
Jim Kurose, Keith Ross, Computer Networks: a top down approach, 7th edition, Pearson/Addison Wesley, April 2016, More information will be integrated later. Please check last editions available of the above mentioned books if any.
(italian edition) Jim Kurose, Keith Ross, Reti di Calcolatori e Internet: un approccio top down, Settima edizione, Pearson, Aprile 2016,