This is a TWO PART question This is for help with 2 the link

This is a TWO PART question. This is for help with #2, the link for #1 is posted below. I know you can only post 1 question at a time on Chegg, but you need information from both to do the homework.

Where to answer Question #1: https://www.chegg.com/homework-help/questions-and-answers/two-part-question-help-1-post-link-comments-link-part-2-know-post-1-question-chegg-need-in-q15942433

Background: This is for a CIS class.

Book Name: Systems Analysis and Design in a Changing World By John W. Satzinger, Robert B. Jackson, Stephen D. Burd

OTHER INFO: Homework relates to chapter 5... but she\'s not using the exact same questions from the book so I couldn\'t find help online. This is a continuation from homeworks on previous chapters, and I can happily send those to anyone. But THOSE ones ARE solved here on Chegg (although I found the solutions without any help).

The Assignment:

Related assignment SOLVED on Chegg: http://www.chegg.com/homework-help/figure-shows-set-use-cases-patient-physician-actors-answer-f-chapter-5-problem-1smd-solution-9781133713371-exc

This link shows a problem with the SAME company, but not the same type of problem

Related assignment link 2: http://www.chegg.com/homework-help/figure-shows-set-use-cases-patient-physician-actors-answer-f-chapter-5-problem-2CBR-solution-9781133713371-exc

This link shows a similar type of problem, but a different company. [NOTE - not the same link as in the other posted problem.]

CIS 3374 HW 4 Instruction:

The Sandia Medical Systems Real-Time Glucose Monitoring has many use cases and domain classes, which you identified in Chapter 3 and Chapter 4. Review the domain model class diagram to get a feel for the complexity of some of the use cases.

1. For the View History use case, write a fully developed use case description of the Patient View History scenario (note, you only need to write the case for the Patient actor).

2. Develop an SSD for the Patient View history use case. Assume that the system will automatically display the most recent glucose level, which is updated at five-minute intervals by default. Assume further that the user can ask the system to view glucose levels during a user-specified time period and that the levels can be displayed in tabular form or as a graph.

CIS 3374 HW 4Grading Rubric

Your Name:________________________ Your Score: ______________________

1. Fully Developed Use Case Description

Points

You Got

Use case name

2

Scenario

3

Triggering event

3

Brief description

5

Actors

2

Related use cases

2

Stakeholders

3

Preconditions

5

Postconditions

5

Flow of activities

5

Exception conditions

5

2. Develop an SSD for the View history use case. (System Sequence Diagram, SSD)

Correctly identify the actor and the system

10

Use the right notation symbols

10

Identify input messages correctly, including:

- time interval

5

- display format

5

identify return value correctly

10

Appropriately identify:

- [True/False condition]

5

- *Repeating or looping of the message.

5

Draw the diagram using a computer program.

10

Total:

100

1. Fully Developed Use Case Description	Points	You Got
Use case name	2
Scenario	3
Triggering event	3
Brief description	5
Actors	2
Related use cases	2
Stakeholders	3
Preconditions	5
Postconditions	5
Flow of activities	5
Exception conditions	5
2. Develop an SSD for the View history use case. (System Sequence Diagram, SSD)
Correctly identify the actor and the system	10
Use the right notation symbols	10
Identify input messages correctly, including:
- time interval	5
- display format	5
identify return value correctly	10
Appropriately identify:
- [True/False condition]	5
- *Repeating or looping of the message.	5
Draw the diagram using a computer program.	10
Total:	100

Solution

when carried out as an analog circuit – wherein the price of each successive bit isn\'t always flawlessly 2N (e.g. 1.1, 2.12, four.05, eight.01, and so forth.) – a successive approximation approach might not output the suitable value due to the fact the binary seek set of rules incorrectly removes what it believes to be half of the values the unknown input can\'t be. depending at the difference between actual and ideal overall performance, the most errors can without difficulty exceed numerous LSBs, especially as the error among the actual and perfect 2N becomes big for one or extra bits. considering the fact that we do not know the actual unknown input, it is consequently very critical that accuracy of the analog circuit used to put into effect a SAR ADC be very near the precise 2N values; otherwise, we can\'t guarantee a first-class in shape search.