marvel crisis protocol black order

GGN (N-step Backward Agreement): - The sender's theory: - The sender uses the pipeline technology to allow multiple packets to be sent without waiting for acknowledgment, but it is limited by the number of unacknowledged packets in the pipeline cannot exceed the maximum number N. When the upper layer calls the send function (rdt_send ()), the sender first checks whether the send window is full (i.e., whether there are N sent but unacknowledged packets). If the window is not full, a packet is generated and sent, and the relevant variables are updated at the same time. If the window is full, the sender can choose to return the data to the upper layer (in reality, it is more likely to buffer the data or use a synchronization mechanism. The upper layer is only allowed to call the send function when the window is full). - The receiver acknowledges the packet with the sequence number n in a cumulative manner, indicating that the receiver has correctly received all the packets before and including the sequence number n. - If there is a time out (the timer is used to detect the loss of data or acknowledgment packets), the sender will resend all the packets that have been sent but not acknowledged. - Principle of the receiver: The receiver receives the packets and uses the cumulative confirmation method to feedback the situation of the correctly received packets to the sender. PR (select the replay protocol): - The sender and receiver had their own windows. The sender sends the packet without knowing the position of the receiver's window, and the receiver receives the packet without knowing the position of the sender's window. The two windows are not synchronized. - The problem was that if the size of the sequence number space and the window size did not meet a certain condition (for example, a scenario where the size of the sequence number space was 4 and the window size was 6 would be problematic), the receiver might not be able to distinguish between different situations. For example, the receiver might mistake the retransmitted packet as a new packet and receive it incorrectly. Different from the GGN protocol, the ACK (n) and TimeOut (n) in the GGN protocol would cause a lot of resources to be retransmitted, resulting in a waste of resources. The SSR protocol was more selective in dealing with situations such as retransmissions. "Choose" was equally exciting. Everyone was welcome to read it!

The order of reading Marvel comics could be arranged according to the story line or according to the order of publication. The following is the order of the Marvel comics by storyline: 1 Iron Man 2 Spider-Man 3 Captain America 4 The Avengers Thor 6 Black Widow Galaxy Guardians 8. Avengers Vanguard 9 Black Panther 10 Superpowers Avengers: Age of Ultron Avengers: Infinite War Avengers: Final Battle Of course, if you prefer to read the comics in the order of publication, you can read them in the following order: 1 Iron Man 2 Spider-Man 3 Captain America 4 The Avengers Thor 6 Black Widow Galaxy Guardians Captain America: The Avengers Thor: Twilight of the Gods Black Panther Avengers: Age of Ultron Avengers: Infinite War Avengers: Final Battle These are some of the common sequences of Marvel comics. You can adjust them according to your preferences.

The order of reading Marvel comics can be as follows: 1 Get the comic list and comic classification information from the official website of Marvel Comics (Marvel.com). 2. Read the comics in the order of the comics in the comic list so that you can better understand the plot of the comic. There are many series in Marvel comics, each with its own storyline and characters. Therefore, it is recommended to read the titles of the series first so that you can better understand the content of each series. 4. If you are already familiar with the basic plot and characters of Marvel Comics, you can read according to your favorite series. In short, the order of reading Marvel comics needed to be chosen according to the specific situation in order to better enjoy the story.

The order of viewing the Marvel movies could be viewed in the order of the release of the movies, so as to better understand the continuity of the Marvel movie universe. The following is the viewing order of the Marvel movies: 1 Iron Man 2 The Avengers 3 Captain America Thor 5 Black Widow The Avengers 7 The Hulk 8 Avengers 2: Age of Ultron Avengers 3: Infinite War Avengers 4: Final Battle Please note that this viewing order is not fixed and may vary according to different releases or movie streaming platforms.

The order of Marvel Comics can be quite complex. It depends on various factors like series, story arcs, and character timelines.

The order of viewing the Marvel series is as follows: 1 Avengers 2. Avengers: Age of Ultron 3. Avengers: Infinity War 4. Avengers: Endgame The viewing order could be changed according to this order. This viewing order was based on the plot arrangement of the Marvel Cinematic Universe and a recommendation to the audience.

The order of the North Mountain Crisis could be viewed in the following way: North Mountain Crisis episode one, North Mountain Crisis episode two, North Mountain Crisis episode three, and so on.

In the continuous ARQ protocol, the sender maintained a sending window of a certain size, and the packets within the window could be sent continuously without waiting for the other party's acknowledgment. The sender would slide the sending window forward by one packet every time it received an acknowledgment. The receiver usually uses the method of accumulating acknowledgement, that is, after receiving several packets, it sends an acknowledgement to the last packet that arrives in order, indicating that all the packets up to this packet have been received correctly. However, this method has shortcomings. For example, when the middle packet is lost, the sender cannot know the situation of the subsequent packets, and may need to re-transmit more packets. The sliding window protocol involves a sending window and a receiving window. The transmit window is the range of sequence numbers of the frames that have been sent but have not been acknowledged, and the receive window is the range of sequence numbers of the frames that are expected to be received. When the default window size is 1, you can operate according to the specific sending process. The sliding window protocol could improve the channel utilization and was a reliable transmission mechanism for data communication. The continuous ARQ protocol can be seen as a specific application form of the sliding window protocol under certain conditions (such as the cumulative acknowledgment method). They are all protocol mechanisms that exist to achieve effective and reliable data transmission in the network. "Choose" was equally exciting. Everyone was welcome to read it!

Yes, the selective replay protocol was based on the sliding window flow control technology. It was a sliding window protocol. " Choose " was equally exciting. Everyone was welcome to read it!