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

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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. 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.