Make sense of how totals are dealt with in DAPLEX, giving specific consideration to the accompanying: (e) organization of many-esteemed capacities (f ) estimation of midpoints (g) opposite capacities (h) different legacy

[7 marks] The DAPLEX paper got a lot of consideration when it showed up in 1981. For what reason do you imagine that was, and for what reason is the work to a great extent failed to remember today? Portray the motivation behind hash capacities, message confirmation codes and computerized marks, outlining a potential development for every one of them. [12 marks] An assets move framework confirms messages between its part banks by having the sending and getting banks process a MAC on each message utilizing a key which each sets of journalist banks in the framework lays out month to month utilizing public key strategies. The sending bank then, at that point, processes a computerized signature on the MAC utilizing a drawn out marking key. Assuming that the MAC is 32 pieces in length, is this plan more, or less, secure than marking a 128-bit hash of the message, and why? [5 marks] How much would matters be changed assuming that all messages took care of by the framework were logged by a confided in outsider?

compose ptogram to print square of numbers from 1 to 10 utilizing library capacities. compose a program to see as the biggest of 3 numbers

a) Hidden Markov models (HMM) are generally utilized in Bioinformatics. (I) In a HMM when might you utilize the Baum-Welch calculation, and when the Viterbi calculation, and why? Give organically roused models. (ii) Any AI model (like a HMM) for protein optional structure assurance or quality tracking down depends on finding trademark measurable properties of protein groupings. Name a property (and legitimize your response) that assists with limiting (and recognize) transmembrane sections and loops in a protein grouping, or exon/intron limits in a genomic district. (b) Discuss the intricacy of a calculation to recreate a hereditary organization from microarray bother information. (c) What is the distinction as far as availability between a sans scale organization what's more, an arbitrary organization? Give natural instances of without scale organizations

answer each inquiry

Problem 1-25 points-CLO 3. A sequential circuit has two T-flip-flops, one input, x and one output, y as shown in Figure 1. rese DOR ba R Figure 1. A sequential Circuit a. Derive the next state and output equations b. Construct the state table c. Draw the state diagram d. Highlight the difference between combinational and sequential logic circuit.