answers: 2 = 64 kilobytes
context: published. They are also actively supported by developers. This makes it possible to do the same work on different platforms without much relearning of the interface. Sometimes they are called dual-pane managers, a term that is typically used for programs such as the Windows File Explorer (see below). But they have three panes including a command line pane below (or hidden behind) two symmetric panes. Furthermore, most of these programs allow using just one of the two larger panes with the second hidden. Some also add an item to the Context Menu in Windows to "Open two Explorers, side by </s> to the sender. Therefore, the largest window that can be used is 2 = 64 kilobytes. In slow-start mode, the transmitter starts with low packet count and increases the number of packets in each transmission after receiving acknowledgment packets from receiver. For every ack packet received, the window slides by one packet (logically) to transmit one new packet. When the window threshold is reached, the transmitter sends one packet for one ack packet received. If the window limit is 10 packets then in slow start mode the transmitter may start transmitting one packet followed by two packets (before transmitting two </s> receiver ignores the packet except to retransmit an acknowledgment. Thus, it is only necessary that "N" ≥ "w"+"w". As it is common to have "w"<"w" (e.g. see Go-Back-N below), this can permit larger "w" within a fixed "N". Although commonly distinguished from the sliding-window protocol, the stop-and-wait ARQ protocol is actually the simplest possible implementation of it. The transmit window is 1 packet, and the receive window is 1 packet. Thus, "N"=1+1=2 possible sequence numbers (conveniently represented by a single bit) are required. The transmitter alternately sends packets marked "odd" and "even". The acknowledgments likewise say "odd" and "even". Suppose
question: the maximum window size in tcp 's sliding window scheme is