“The decision to invest in AWS was an easy one for us. The degree of customer demand for AWS has exceeded expectations for the Logicworks team. “If we could use software to do the more advanced tasks we were doing manually before, we thought we could provide a radically superior level of service and help our customers be more agile, while offering more advanced solutions.” “Everything now is software- and API-driven, so a cloud model made a lot of sense,” Deck says. “Automation, scalability, and compliance are table stakes for enterprise-grade cloud delivery.” As Logicworks considered how to best meet enterprise customer demands while changing its delivery model, it decided the cloud offered the most potential. “As systems management has evolved, infrastructure-as-code requires a completely new managed service delivery model,” says Jason Deck, vice president of strategic development, Logicworks. Logicworks rapidly developed expertise on the platform and institutionalized it into its service portfolio to meet the growing demand for the platform among current customers and prospects. Logicworks engineers are constantly exploring new technologies, and its engineers saw the enormous potential of the AWS platform. I apologize for the lack of pictures some screenshots would have made describing my issue so much easier, but I don't have LogicWork on the computer from which I'm posting.Over the course of two decades, Logicworks developed significant operational expertise in enterprise hosting and infrastructure strategy. So, then, what can I throw in between the 8-bit binary outputs and the two 4-bit inputs of the 74x49's so that the both the counter outputs from 0 to 69 (in binary) correctly and the displays count (in decimal) along with it? The displays, though, can't light up anything past 9 correctly. Once the lower 4 bits reach 1001, they continue on 1010, 1011, etc. Now, I can't connect the 8 outputs of the counter directly into the two 4-bit inputs of the two separate display sections (the 4 lower to one and the 4 higher to the other). For example, 0000 displdispldisplays 2, etc. ![]() You see, I'm also told that I must use two 74x49's (immediately before the two 7-segment displays) that translate a 4-bit binary number that then causes the correct segments of the display to light up. ![]() Getting them to display correctly on the 7-segment displays is the tricky part. ![]() I have the counter running correctly there are eight outputs that represent a binary number, starting at 00000000 up to 01000101 and then restarting at 00000000. The implementation is to be made by using LogicWork 4, where the default parameters of clock, gates, and 74x163 counter should be used. ![]() The state of the counter is to be displayed by two seven-segment display devices. To implement a 0-69 counter that counts 0, 1,, 68, 69 and then repeats the cycle by using two 74x163s in LogicWork 4.įor this assignment, you are required to wire two 74x163 counters in a cascade fashion to implement the 0-69 counter.
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