Changes in cnp3-ebook/exercises/reliability @ Weblate

None New alert cnp3-ebook / exercises/reliability	Could not update the repository. a year ago
None Resource update cnp3-ebook / exercises/reliability — English	File `locale/pot/exercises/reliability.pot` was added. 2 years ago
None String updated in the repository cnp3-ebook / exercises/reliability — English	English A go-back-n sender has sent :math:`2^n` data frames. All the frames have been received correctly and in-order by the receiver, but all the returned acknowledgments have been lost. Show by using a time sequence diagram (e.g. by considering a window of four frames) what happens in this case. Can you fix the problem on the go-back-n sender ? English 340 characters edited Current translation Read only A go-back-n sender has sent :math:`2^n` data frames. All the frames have been received correctly and in-order by the receiver, but all the returned acknowledgments have been lost. Show by using a time sequence diagram (e.g. by considering a window of four frames) what happens in this case. Can you fix the problem on the go-back-n sender ? 2 years ago
None String updated in the repository cnp3-ebook / exercises/reliability — English	English Checksums and CRCs should not be confused with secure hash functions such as MD5 defined in :rfc:`1321` or SHA-1 described in :rfc:`4634`. Secure hash functions are used to ensure that files or sometimes frames/packets/segments have not been modified. Secure hash functions aim at detecting malicious changes while checksums and CRCs only detect random transmission errors. Use the `shasum <http://linux.die.net/man/1/shasum>`_ or `md5sum <http://linux.die.net/man/1/md5sum>`_ programs on Linux to perform the same tests as above. English 530 characters edited Current translation Read only Checksums and CRCs should not be confused with secure hash functions such as MD5 defined in :rfc:`1321` or SHA-1 described in :rfc:`4634`. Secure hash functions are used to ensure that files or sometimes frames/packets/segments have not been modified. Secure hash functions aim at detecting malicious changes while checksums and CRCs only detect random transmission errors. Use the `shasum <http://linux.die.net/man/1/shasum>`_ or `md5sum <http://linux.die.net/man/1/md5sum>`_ programs on Linux to perform the same tests as above. 2 years ago
None String updated in the repository cnp3-ebook / exercises/reliability — English	English By using your knowledge of the Internet checksum, can you find a transmission error that will not be detected by these checksums? English 129 characters edited Current translation Read only By using your knowledge of the Internet checksum, can you find a transmission error that will not be detected by these checksums? 2 years ago
None String updated in the repository cnp3-ebook / exercises/reliability — English	English the Fletcher checksum [Fletcher1982]_, see https://en.wikipedia.org/wiki/Fletcher%27s_checksum for implementation details. English 122 characters edited Current translation Read only the Fletcher checksum [Fletcher1982]_, see https://en.wikipedia.org/wiki/Fletcher%27s_checksum for implementation details. 2 years ago
None String updated in the repository cnp3-ebook / exercises/reliability — English	English when the third and seventh frames are lost English 42 characters edited Current translation Read only when the third and seventh frames are lost 2 years ago
None String updated in the repository cnp3-ebook / exercises/reliability — English	English Consider a go-back-n sender and a go-back receiver that are directly connected with a 10 Mbps link that has a propagation delay of 100 milliseconds. Assume that the retransmission timer is set to three seconds. If the window has a length of 4 frames, draw a time-sequence diagram showing the transmission consisting of 10 data frames (each frame contains 10000 bits): English 367 characters edited Current translation Read only Consider a go-back-n sender and a go-back receiver that are directly connected with a 10 Mbps link that has a propagation delay of 100 milliseconds. Assume that the retransmission timer is set to three seconds. If the window has a length of 4 frames, draw a time-sequence diagram showing the transmission consisting of 10 data frames (each frame contains 10000 bits): 2 years ago
None String updated in the repository cnp3-ebook / exercises/reliability — English	English To speedup the transmission of the frames, a student proposes to compute the CRC over the data part of the frame but not over the header. What do you think of this proposed solution ? English 183 characters edited Current translation Read only To speedup the transmission of the frames, a student proposes to compute the CRC over the data part of the frame but not over the header. What do you think of this proposed solution ? 2 years ago
None String updated in the repository cnp3-ebook / exercises/reliability — English	English Consider a `b` bits per second link between two hosts that has a propagation delay of `t` seconds. Derive a formula that computes the time elapsed between the transmission of the first bit of a `d` bytes frame from a sending host and the reception of the last bit of this frame on the receiving host. English 300 characters edited Current translation Read only Consider a `b` bits per second link between two hosts that has a propagation delay of `t` seconds. Derive a formula that computes the time elapsed between the transmission of the first bit of a `d` bytes frame from a sending host and the reception of the last bit of this frame on the receiving host. 2 years ago
None New alert cnp3-ebook / exercises/reliability	Could not update the repository. 2 years ago
None New alert cnp3-ebook / exercises/reliability	Repository outdated. 2 years ago
None New alert cnp3-ebook / exercises/reliability	Repository outdated. 2 years ago
gegoa Removed translation cnp3-ebook / exercises/reliability	locale/en/LC_MESSAGES/exercises/reliability.po 3 years ago
None New alert cnp3-ebook / exercises/reliability	Repository has changes. 3 years ago
None New alert cnp3-ebook / exercises/reliability	Repository has changes. 3 years ago
None New alert cnp3-ebook / exercises/reliability	Repository has changes. 3 years ago
None New alert cnp3-ebook / exercises/reliability	Repository has changes. 3 years ago
None New alert cnp3-ebook / exercises/reliability	Repository has changes. 3 years ago
None New alert cnp3-ebook / exercises/reliability	Repository has changes. 3 years ago

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