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(Solved): A. Consider the UML of class Person and class Date as given ...


A. Consider the UML of class Person and class Date as given in the following first Nand: String - Last Na Sering | Person ()

Date first Name: String - Last Name: String Month int Day int dYearint ) ) + Person Person(String. String) toString String heA. Consider the UML of class Person and class Date as given in the following first Nand: String - Last Na Sering | Person () Person(String. String) toString): String setName(String, String): ved get First Name : String getLastName(): String Date Date(int intit) *BetDate(int in int) toString() String tanto in void +got Your() intl Design a UML class diagram according to the following specifications and requirements: a. Create a class Doctor, inherited from the class Person with an additional data member to store a doctor's specialty. Add appropriate constructors and methods to initialize, access, and manipulate the data members. 6. Create a class Bill with data members to store a patient's ID and the patient's hospital charges such as pharmacy charges for medicine, the doctor's fee, and the room charges. Add appropriate, constructors and methods to initialize, access, and manipulate the data members. Create a class Patient, inherited from the class Person with additional data members to store a patient's ID, age, date of birth, attending physician's name, the date when the patient was admitted in the hospital, and the date when the patient was discharged from the hospital. (Use the class Date to store the date of birth, admit date, discharge date, and the class Doctor to store the attending physician's name.) Add appropriate constructors and methods to initialize, access, and manipulate the data members. Make sure that the UML class diagram has all the classes and the relationship between classes correctly identified and displayed Date first Name: String - Last Name: String Month int Day int dYearint ) ) + Person Person(String. String) toString String het Name String Serings petFirst Name Strang gelastName(). String Date( Daten 4 setDaten +toString() teet Month etDay get inar String Show transcribed image text A. Consider the UML of class Person and class Date as given in the following first Nand: String - Last Na Sering | Person () Person(String. String) toString): String setName(String, String): ved get First Name : String getLastName(): String Date Date(int intit) *BetDate(int in int) toString() String tanto in void +got Your() intl Design a UML class diagram according to the following specifications and requirements: a. Create a class Doctor, inherited from the class Person with an additional data member to store a doctor's specialty. Add appropriate constructors and methods to initialize, access, and manipulate the data members. 6. Create a class Bill with data members to store a patient's ID and the patient's hospital charges such as pharmacy charges for medicine, the doctor's fee, and the room charges. Add appropriate, constructors and methods to initialize, access, and manipulate the data members. Create a class Patient, inherited from the class Person with additional data members to store a patient's ID, age, date of birth, attending physician's name, the date when the patient was admitted in the hospital, and the date when the patient was discharged from the hospital. (Use the class Date to store the date of birth, admit date, discharge date, and the class Doctor to store the attending physician's name.) Add appropriate constructors and methods to initialize, access, and manipulate the data members. Make sure that the UML class diagram has all the classes and the relationship between classes correctly identified and displayed
Date first Name: String - Last Name: String Month int Day int dYearint ) ) + Person Person(String. String) toString String het Name String Serings petFirst Name Strang gelastName(). String Date( Daten 4 setDaten +toString() teet Month etDay get inar String

(Solved): a. Draw a flowchart or write pseudo code to represent the lo...


a. Draw a flowchart or write pseudo code to represent the logic of a program that allows the user to enter a value. The progra. Draw a flowchart or write pseudo code to represent the logic of a program that allows the user to enter a value. The program divides the value by 2 and outputs the result. Show transcribed image text a. Draw a flowchart or write pseudo code to represent the logic of a program that allows the user to enter a value. The program divides the value by 2 and outputs the result.

(Solved): a. Draw out the DFA DKDK that is constructed for performing ...

3. Consider the following CFG: S + C1A7 A ? ABE B01 C + BCBOA#

a. Draw out the DFA DKDK that is constructed for performing theDK-test. (Self-check hint: DKDK will have 14 states, 8 of whichare accepting states.)

b.For each accepting case, mark whether the two DK-testconditions are met. If they are not met, explain whynot.

c.Is this grammar a DCFG?


everything I have given. please be soecific what information youneed?3. Consider the following CFG: S + C1A7 A ? ABE B01 C + BCBOA# Show transcribed image text 3. Consider the following CFG: S + C1A7 A ? ABE B01 C + BCBOA#

(Solved): Normalize the table to Third Normal Form (TNF).A. E G Employ...

Normalize the table to Third Normal Form (TNF).

A. E G EmployeeNum 2173 HT Health Plan PlanDesc Managed HMO 40 45 4519 A PositionID FirstName LastName Position Desc PayGrade

A. E G EmployeeNum 2173 HT Health Plan PlanDesc Managed HMO 40 45 4519 A PositionID FirstName LastName Position Desc PayGrade Jennifer Henry Manager Director John North Analyst 30 Analyst Avery Patricks Clerk Director 45 Christine Wand Manager StartDate 12/14/2011 04/23/2014 11/11/2007 06/15/2012 08/12/2010 12/02/2012 10/04/2013 Managed PPO 30 8005 Health Savings 8112 40 A Managed PPO Show transcribed image text A. E G EmployeeNum 2173 HT Health Plan PlanDesc Managed HMO 40 45 4519 A PositionID FirstName LastName Position Desc PayGrade Jennifer Henry Manager Director John North Analyst 30 Analyst Avery Patricks Clerk Director 45 Christine Wand Manager StartDate 12/14/2011 04/23/2014 11/11/2007 06/15/2012 08/12/2010 12/02/2012 10/04/2013 Managed PPO 30 8005 Health Savings 8112 40 A Managed PPO

(Solved): A. Explain two situations when a process moves from running ...

A. Explain two situations when a process moves from running state to wait state.

A. Explain two situations when a process moves from running state to wait state. Show transcribed image text A. Explain two situations when a process moves from running state to wait state.

(Solved): A. Explain two situations when a process moves from running ...

A. Explain two situations when a process moves from running state to ready state.

A. Explain two situations when a process moves from running state to ready state. Show transcribed image text A. Explain two situations when a process moves from running state to ready state.

(Solved): i. iii. How to secure computer system from viruses and attac...


i. iii. How to secure computer system from viruses and attacks. How to install software drivers to a computer system. How toi. iii. How to secure computer system from viruses and attacks. How to install software drivers to a computer system. How to determine risk levels and control measures when working in a lab. Proper protocols to be adhered to when dealing with change request forms. Steps to installing internal computer hardware components. Show transcribed image text i. iii. How to secure computer system from viruses and attacks. How to install software drivers to a computer system. How to determine risk levels and control measures when working in a lab. Proper protocols to be adhered to when dealing with change request forms. Steps to installing internal computer hardware components.

(Solved): A. Explain two situations when a process moves from wait sta...

A. Explain two situations when a process moves from wait state to ready state.

A. Explain two situations when a process moves from wait state to ready state. Show transcribed image text A. Explain two situations when a process moves from wait state to ready state.

(Solved): a. List the primary key in each relation tableb. List the fo...

a. List the primary key in each relation table

b. List the foreign key in each relation table.

c. List all the referential integrity constraints in terms ofpair of primary key and foreign key.

d. List all the join conditions between any two tables includingrecursive join condition.

The table

Department(DNumber, DName, DLocation, MgrSSN);

Supplier(SupplierNo, SupplierName, City);

Part(PartNo, PartName, City, Color, Weight);

Project(Pnumber, PName, PLocation, DNumber);

foreign key(DNumber) referencesDepartment

Supply(SupplierNo, PartNo, PNumber, Quantity);

foreign key(SupplierNo) referencesSupplier

foreign key(PartNo) referencesPart

foreign key(PNumber) referencesProject

Employee(SSN, Name, Gender, Salary, Age, DNumber, SuperSSN);

foreign key(DNumber) referencesDepartment

foreign key(SuperSSN) referencesEmployee

WorksOn(PNumber, SSN, Hours);

foreign key(PNumber) referencesProject

foreign key(SuperSSN) referencesEmployee

Dependent(SSN, DepName, Age, Gender, Relationship);

foreign key(SSN) referencesEmployee

(Solved): Please perform following in MATLABTO . Implement program for...

Please perform following in MATLABTO . Implement program for histogram specification to transform an 8-bit gray-level image of your choice so that the transfor

TO . Implement program for histogram specification to transform an 8-bit gray-level image of your choice so that the transformed image has the specified (desired) histogram pz(z) as illustrated in Fig. 1(b). DO NOT use MATLAB built-in function: histeqo. P,(z) 1 (and its implementation codes) for this {a=1/(128*3)} problem. .. Describe the discrete histogram specification algorithm in detail. b. Show your experimental results: i. Display the original image and the transformed image; Plot the histograms before and after histogram specification, respectively; iii. Plot the intensity transformation function for histogram specification. 0 -- 63. .. 64 29192 --- 255 2 Fig. 1(b). An illustration of the specified (desired) histogram pz(z). For the image of your choice, describe that in what specific aspects this transformation has changed the visual appearance of the image. Show transcribed image text TO . Implement program for histogram specification to transform an 8-bit gray-level image of your choice so that the transformed image has the specified (desired) histogram pz(z) as illustrated in Fig. 1(b). DO NOT use MATLAB built-in function: histeqo. P,(z) 1 (and its implementation codes) for this {a=1/(128*3)} problem. .. Describe the discrete histogram specification algorithm in detail. b. Show your experimental results: i. Display the original image and the transformed image; Plot the histograms before and after histogram specification, respectively; iii. Plot the intensity transformation function for histogram specification. 0 -- 63. .. 64 29192 --- 255 2 Fig. 1(b). An illustration of the specified (desired) histogram pz(z). For the image of your choice, describe that in what specific aspects this transformation has changed the visual appearance of the image.