List the problems that can be efficiently solved by Evolutionary P.pdf
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List the problems that can be efficiently solved by Evolutionary Programming? List the problems that can be efficiently solved by Evolutionary Programming? Solution Evolutionary Programming is a Global Optimization algorithm and is an instance of an Evolutionary Algorithm from the field of Evolutionary Computation. The approach is a sibling of other Evolutionary Algorithms such as the Genetic Algorithm, and Learning Classifier Systems. It is sometimes confused with Genetic Programming given the similarity in name, and more recently it shows a strong functional similarity to Evolution Strategies. Inspiration Evolutionary Programming is inspired by the theory of evolution by means of natural selection. Specifically, the technique is inspired by macro-level or the species-level process of evolution (phenotype, hereditary, variation) and is not concerned with the genetic mechanisms of evolution (genome, chromosomes, genes, alleles). Metaphor A population of a species reproduce, creating progeny with small phenotypical variation. The progeny and the parents compete based on their suitability to the environment, where the generally more fit members constitute the subsequent generation and are provided with the opportunity to reproduce themselves. This process repeats, improving the adaptive fit between the species and the environment. Strategy The objective of the Evolutionary Programming algorithm is to maximize the suitability of a collection of candidate solutions in the context of an objective function from the domain. This objective is pursued by using an adaptive model with surrogates for the processes of evolution, specifically hereditary (reproduction with variation) under competition. The representation used for candidate solutions is directly assessable by a cost or objective function from the domain. Problems for evolutionary algorithms Evolutionary programming are useful for problems for which no mechanistic method is available – or when unreasonable assumptions need to be made. Problems for which you cannot calculate or derive a solution. Problems for which you have to find a solution. Aspects of problems that lend them to Evolutionary Programming solution include: Assignment of individuals into groups, wherever simple ranking and truncation will not work. This usually involves interactions, whereby whether an individual should be in a group depends on what other individuals will be in that group. Example: developing multiplex groupings for genotyping. Problems where thresholds are involved, for example when the value of a solution depends on whether certain thresholds have been passed, or the fate of an individual depends on passing one or more thresholds. Example: Supply chain optimizing to target multiple product end-points and/or turnoff dates. Combinatorially tedious problems, where many combinations of components can exist. Example: The setting up of animal matings. Below are the few applications: Learning classifier systems, or .
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For three decades, many mathematical programming methods have been developed to solve optimization problems. However, until now, there has not been a single totally efficient and robust method to coverall optimization problems that arise in the different engineering fields.Most engineering application design problems involve the choice of design variable values that better describe the behaviour of a system.At the same time, those results should cover the requirements and specifications imposed by the norms for that system. This last condition leads to predicting what the entrance parameter values should be whose design results comply with the norms and also present good performance, which describes the inverse problem.Generally, in design problems the variables are discreet from the mathematical point of view. However, most mathematical optimization applications are focused and developed for continuous variables. Presently, there are many research articles about optimization methods; the typical ones are based on calculus,numerical methods, and random methods.
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sharing, protection, and complexity? Can you provide an instance that comes close to your ideal?
Explain.
Solution
1.Linux is based mostly upon the UNIX philosophy and supports the quality POSIX systemcall
interface. Windows on the other hand solely provides for POSIX exploitation Associate in
Nursing emulation layer.
2.Linux development is open supply and is contributed to by several completely different
organizations and individual developers round the world. The development of the Windows
package is constrained to among Microsoft. However, external developers will write drivers that
can work from among the kernel. This naturally translates into their own individual licensing
models.
3.Linux itself is solely a kernel and sometimes utilized in combination with the wildebeest
toolchain and therefore the X window manager to produce a user interface interface. Windows
on the other hand is usually filled with it\'s own windowing/graphics system.
4.They are each operative systems - software system that controls however computers assign
hardware resources and manage the execution of code that runs on the pc.
5.Windows is a product of the Microsoft corporation. Linux is the product of a world distributed
software system development effort and has no owner.
6.Windows requires it\'s users to purchase a license to use the software . Linux is authorised such
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7.Windows source code is closed, meaning that users do not have access to the human-readable
programming code that describes what the package is doing or how; inherent that model, users of
Windows cannot modify the operating system, audit it for security, make customizations, or
identify the root causes of the many errors or performance problems. Linux is ASCII text file,
meaning all users have access to the supply code, which they square measure absolve to modify,
audit, customize, and analyze in any way they opt for.
8.Microsoft provides support for his or her package and is that the sole source of patches to
repair bugs; they provide a good sort of coaching and certifications for their merchandise, and
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selection of corporations that build prepacked Linux merchandise and have their own coaching
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PARTI PHILOSOPHY AND CONCEPTS FLEXIBLE BENEFITS SYSTEM IMPLEMENTATION.pdf
PARTI PHILOSOPHY AND CONCEPTS FLEXIBLE BENEFITS SYSTEM
IMPLEMENTATION AT SHAHA MEDICAL CENTER CASE 1.2 system that would reduce
the cost and improve the service of its employee benefits coverage new system would have to
meet four goals: improved responsiveness to employee need management of Shah Alam Medical
Center decided to procure and implement a s, add ce objec- resent- nancial Systems (FS), and
Information bility, better cost management, and greater coordination of human resour atives from
four departments-Human Resources [HRI, Fi Services lIS)-and six te tives with business
strategies. A multifunctional team of 13 members was formed with rep chnical experts from the
consulting firm of Hun and Bar Software (HBS Early in the project a workshop was held with
participants from Shah Alam and HBS to clarify and finalize project objectives and develop a
project plan, milestones, and schedule. Project com- pletion was set at 10 months. In that time
HBS had to develop and supply all hardware and soft- re for the new system; the system had to
be brought on-line, tested, and approved; HR workers employees had to be educated about and
enrolled in the new benefits process; and the enrollment The director of FS was chosen to
oversee the project. She had the technical background and had to be trained how to operate the
system and load existing employee data; all Shah Alam data had to be entered in the systerm had
previously worked in the IS group in implementing Shah Alam\'s patient care information
system; everyone on the team approved of her appointment as project leader. She selected two
team leaders to assist her, one each from HR and IS. The HR leader\'s task was to ensure that the
new system met HR requirements and the needs of Shah Alam employees. The IS leader\'s task
was to ensure that the new software interfaced with other Shah Alam systems Members of the
Shah Alam team worked on the project on a part-time basis, spending roughly half their time on
the project and the other half on their normal daily duties. The project manager and team leaders
also worked part-time on the project, although each gave the project priority. Shah Alam\'s
senior management had made it clear that meeting project requirements andt deadlines was
imperative. The project manager was given authority over functional managers and project team
members for all project-related decisions. im QUESTIONS 1. What form of project management
(basic, program, etc.] does this case most o resemble? The project manager is also the director of
FS, one of several departments that will be cons of her being selected? that they give the project
top priority 2. affected by the new benefits system. Does this seem like a good idea? What are
the pros an Comment on the team members part-time assignment to the project and the expectat
4 Much of the success of this project depends on the performance of team member not employed
by Shah Alam, namely the HBS consultants. They must develop the enti .
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which had different drawbacks. In this paper, we have presented various Genetic Algorithm (GA) based test
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building, applying and studying algorithms based on the Darwinian principles of natural selection. In this
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the cost and improve the service of its employee benefits coverage new system would have to
meet four goals: improved responsiveness to employee need management of Shah Alam Medical
Center decided to procure and implement a s, add ce objec- resent- nancial Systems (FS), and
Information bility, better cost management, and greater coordination of human resour atives from
four departments-Human Resources [HRI, Fi Services lIS)-and six te tives with business
strategies. A multifunctional team of 13 members was formed with rep chnical experts from the
consulting firm of Hun and Bar Software (HBS Early in the project a workshop was held with
participants from Shah Alam and HBS to clarify and finalize project objectives and develop a
project plan, milestones, and schedule. Project com- pletion was set at 10 months. In that time
HBS had to develop and supply all hardware and soft- re for the new system; the system had to
be brought on-line, tested, and approved; HR workers employees had to be educated about and
enrolled in the new benefits process; and the enrollment The director of FS was chosen to
oversee the project. She had the technical background and had to be trained how to operate the
system and load existing employee data; all Shah Alam data had to be entered in the systerm had
previously worked in the IS group in implementing Shah Alam\'s patient care information
system; everyone on the team approved of her appointment as project leader. She selected two
team leaders to assist her, one each from HR and IS. The HR leader\'s task was to ensure that the
new system met HR requirements and the needs of Shah Alam employees. The IS leader\'s task
was to ensure that the new software interfaced with other Shah Alam systems Members of the
Shah Alam team worked on the project on a part-time basis, spending roughly half their time on
the project and the other half on their normal daily duties. The project manager and team leaders
also worked part-time on the project, although each gave the project priority. Shah Alam\'s
senior management had made it clear that meeting project requirements andt deadlines was
imperative. The project manager was given authority over functional managers and project team
members for all project-related decisions. im QUESTIONS 1. What form of project management
(basic, program, etc.] does this case most o resemble? The project manager is also the director of
FS, one of several departments that will be cons of her being selected? that they give the project
top priority 2. affected by the new benefits system. Does this seem like a good idea? What are
the pros an Comment on the team members part-time assignment to the project and the expectat
4 Much of the success of this project depends on the performance of team member not employed
by Shah Alam, namely the HBS consultants. They must develop the enti .
On SQL Managment studioThis lab is all about database normalizatio.pdf
On SQL Managment studio
This lab is all about database normalization. Download, from DocShare, and run Week 6
Normalizing.sql to create the four databases, UNF (Unnormalized Form), FNF (First Normal
Form), SNF (Second Normal Form), and TNF (Third Norma Form) used in this lab. Each of the
following will be executed against all four databases. This will require a use and go statement
between each query. All four queries should be able to run at one time. The goal of this lab is to
show how the different normalization change how data is queried. Note: The same result set will
be returned from each database. This is a good check to see that each query is correct.
Write a select statement that returns the project code, project name, and project manager.
List each Employee’s name, department, and department name.
List employee by project.
List each employee, project name, hourly rate, and department name.
the database is
Use master
GO
--
-- Unnormalized Database
--
CREATE DATABASE UNF;
GO
USE UNF;
GO
CREATE TABLE Unnormalized
(
ProjectCode varchar(100),
ProjectName varchar(100),
ProjectManager varchar(255),
ProjectBudget Decimal(10,2),
EmployeeNumber varchar(10),
EmployeeName varchar(100),
DepartmentNumber varchar(10),
DepartmentName varchar(100),
HourlyRate Decimal(10,2)
);
INSERT INTO Unnormalized
(ProjectCode, ProjectName, ProjectManager, ProjectBudget, EmployeeNumber,
EmployeeName, DepartmentNumber, DepartmentName, HourlyRate)
VALUES (\'PC010\', \'Reservation System\', \'Mr. Jones\', 120500.00, \'S100\', \'John\', \'D03\',
\'Database\', 21.00)
INSERT INTO Unnormalized
(ProjectCode, ProjectName, ProjectManager, ProjectBudget, EmployeeNumber,
EmployeeName, DepartmentNumber, DepartmentName, HourlyRate)
VALUES (\'PC010\', \'Reservation System\', \'Mr. Jones\', 120500.00, \'S101\', \'George\',
\'D02\', \'Testing\', 16.50)
INSERT INTO Unnormalized
(ProjectCode, ProjectName, ProjectManager, ProjectBudget, EmployeeNumber,
EmployeeName, DepartmentNumber, DepartmentName, HourlyRate)
VALUES (\'PC010\', \'Reservation System\', \'Mr. Jones\', 120500.00, \'S102\', \'Bob\', \'D01\',
\'IT\', 22.00)
INSERT INTO Unnormalized
(ProjectCode, ProjectName, ProjectManager, ProjectBudget, EmployeeNumber,
EmployeeName, DepartmentNumber, DepartmentName, HourlyRate)
VALUES (\'PC011\', \'HR System\', \'Mrs. Smith\', 500500.00, \'S103\', \'Jack\', \'D03\',
\'Database\', 18.50)
INSERT INTO Unnormalized
(ProjectCode, ProjectName, ProjectManager, ProjectBudget, EmployeeNumber,
EmployeeName, DepartmentNumber, DepartmentName, HourlyRate)
VALUES (\'PC011\', \'HR System\', \'Mrs. Smith\', 500500.00, \'S104\', \'Jane\', \'D02\',
\'Testing\', 17.00)
INSERT INTO Unnormalized
(ProjectCode, ProjectName, ProjectManager, ProjectBudget, EmployeeNumber,
EmployeeName, DepartmentNumber, DepartmentName, HourlyRate)
VALUES (\'PC011\', \'HR System\', \'Mrs. Smith\', 500500.00, \'S315\', \'Dave\', \'D01\', \'IT\',
23.50)
INSERT INTO Unnormalized
(ProjectCode, ProjectName, ProjectManager, Project.
Maria, an experienced shipping clerk, can fill a certain order in 11.pdf
Maria, an experienced shipping clerk, can fill a certain order in 11 hours. Felipe , a new clerk,
needs 14 hours to do the same job. Working together, how long will it take them to fill the order?
Solution
Maria can fill in 11 hrs --- 1order
So, Maria can fil in 1 hr --- 1/11 of order
Felipe can fill 14 hrs --- 1order
Felipe can fill in 1/14 of order
If together work they can fill in 1hr = 1/11 +1/14 = 25/11*14 = 25/154of an order
Now they can fill i 1 complete order in 154/25 = 6.16 hrs.
Implement the insertFirst member function of the LinkedList class . .pdf
Implement the insertFirst member function of the LinkedList class . Your header will be
void LinkedList::insertFirst(int d)
The job of insertFirst is to create a new Node with data equal to d and insert the Node at the front
of the list. Don\'t forget to update headPtr and length. Also make sure you handle the case where
the list is initially empty.
My incorrect attempt:
void LinkedList::insertFirst(int d){
int length;
Node * nodeToInsert = new Node(value, headPtr);
headPtr = nodeToInsert;
length++;
Solution
Since nothing is given, I am assuming the node structure as:
struct Node{
int data;
Node *next;
}
void LinkedList::insertFirst(int d){
Node *nodeToInsert = (Node *)malloc(sizeof(Node *));
nodeToInsert->data = d;
nodeToInsert->next = NULL;
if(headPtr != NULL){
nodeToInsert->next = headPtr;
}
headPtr = nodeToInsert;
length++;
}.
I need to get a 910 in order to pass this and I have 40 mins from n.pdf
I need to get a 9/10 in order to pass this and I have 40 mins from now to submit it . Please help!!!
Item 1
In the case below, the original source material is given along with a sample of student work.
Determine the type of plagiarism by clicking the appropriate radio button.
Original Source Material
The technological tools available today for creating computer-based learning materials are
incredibly more powerful than those introduced just a few years ago. We can make our own
movies with camcorders in our homes; we can publish our own books. Soon teachers and
students will be able to use computer-video technology to produce their own learning materials.
All it takes is time, know-how, and some funds.
References:
Frick, T. (1991). Restructuring education through technology. Bloomington, IN: Phi Delta
Kappa Educational Foundation.
Frick (1991) suggested that teachers and students would be capable of using computer-video
technology to make learning resources. Furthermore, Frick\'s observation regarding tools for
creating learning materials that leverage computers that are a lot more powerful than technology
used just a few years back remains true over a decade later.
References:
Frick, T. (1991). Restructuring education through technology. Bloomington, IN: Phi Delta
Kappa Educational Foundation.
Which of the following is true for the Student Version above?
Word-for-Word plagiarism
Paraphrasing plagiarism
This is not plagiarism
Hints
Item 2
In the case below, the original source material is given along with a sample of student work.
Determine the type of plagiarism by clicking the appropriate radio button.
Original Source Material
Student Version
The way the U.S. judicial system works, a defendant is first found to be innocent or guilty. The
punishment sentence is determined only after a defendant has been found guilty. It might seem
that this is a relatively minor procedural issue. Yet, the order of this decision-making can mean
the difference between life and death, or even between conviction and acquittal.
References:
Dixit, A. K., & Nalebuff, B. J. (1991). Thinking strategically: The competitive edge in business,
politics, and everyday life. New York, NY: Norton.
Innocent or guilty courtroom decisions are often high-stakes. However, the precise consequences
of the verdict is unknown in U.S. judicial systems when the guilt versus innocence decision is
being made. Dixit and Nalebuff (1991) explain that this order of decision-making \"can mean the
difference between life and death, or even between conviction and acquittal\" (p. 270).
References:
Dixit, A. K., & Nalebuff, B. J. (1991). Thinking strategically: The competitive edge in business,
politics, and everyday life. New York, NY: Norton.
Which of the following is true for the Student Version above?
Word-for-Word plagiarism
Paraphrasing plagiarism
This is not plagiarism
Hints
Item 3
In the case below, the original source material is given along with a sample of student work.
Determine the ty.
If related parties complete a qualified like-kind exchange, how long.pdf
If related parties complete a qualified like-kind exchange, how long must the parties wait before
disposing of the property exchanged to insure that any realized gain on the transfer is not
recognized?
No waiting.
30 days.
6 months.
1 year.
2 years.
Solution
Answer : Option E (2 years)
The related parties must wait for not less than 2 years befor disposing of the property exchanged
to insure no realized gain on transfer is recognized..
How innovative offerings gain acceptance within market segmentsH.pdf
How innovative offerings gain acceptance within market segments
How innovative offerings gain acceptance within market segments
Solution
In the face of cut-throat competition in today’s world, producers are expected to stay ahead if
each other but offering something new to the customers. This requires constant innovation
offerings that make way into the market through two ways: Diffusion and Adoption.
The innovation in a product or service can be very small, or very large so as to change the
structure of the whole product or service. After the innovation has been done, two factors play an
important role:
(i) Diffusion: This deals with the question of whether at all the innovated offering
(product/service) would be accepted by the market segment
(ii) Adoption: If the answer to ‘diffusion’ is ‘yes’ then this deals with how fast the innovative
product or service offering would be accepted into the market segment.
Diffusion is seen from a macro point of view wherein focus is put on creating awareness about
the new product/service offering so that it gets accepted in the market segment. It is the process
by which an innovative offering either is absorbed into the market or is not accepted in the
market segment. This process is carried out mainly through communication by mass media, sales
persons, word-of-mouth advertisement, etc. There is a target market that needs to be addressed
within a specific period of time. Typically there are 4 elements of diffusion:
Adoption on the other hand is seen from a micro point of view wherein stress is put on the
various stages that a potential consumer goes through while accepting or rejecting the innovative
offering, after is has been introduced in the market segment. Sometimes it may so happen that an
innovative offering was there in the market but the consumer was unaware of it. This is where
advertisement and selling strategies play extremely important roles. There are 5 factors that
influence adoption:
Thus, the above two processes are the ways through which innovative offerings gain acceptance
within market segments..
How does an organization socialize an individualHow ATM(automated.pdf
How does an organization socialize an individual?
How ATM(automated teller machine) has changed since its introduction into marketplace. ?
Solution
Answer:-
Socialization can be described as the process through which employees become acclimated to the
culture or the norms of the organization. An organization can socialize an individual through
informal interactions with the management of the organization, where they can be able to learn
the norms and the culture of an organization. Secondly, it can be achievable through peer
interactions, where they can be accustomed to the way of doing things in the workplace. Thirdly.
this is achievable through giving individuals a sense of membership, where they will feel more
valued and able to interact freely with other people. Socializing an individual can also be
achievable through involving them in the decision making processes.
Over the years, the ATM has evolved through innovation and technology. Firstly, it has changed
with regards to its usability. For instance, in the 1980\'s, there was the introduction of the FDK
buttons, as well as the color displays. Secondly, intelligent deposit ATM\'s have been introduced
to ensure more effectiveness and efficiency(Yang & Ching, 2010). Through the 1990\'s,
functionality has also been enhanced. This is in terms of audio input, thermal receipt printers, as
well as signature capture of the customers becoming more useful.More recently, the ATM cards
have been linked to the mobile phones of the customers, where customers can receive a code
through their phone when withdrawing cash from their banks using ATM cards..
Homework Develop a strategylies) to get a house. Consider possible h.pdf
Homework: Develop a strategylies) to get a house. Consider possible hypothetic conditions and
situations that can be present in the development of the strategy. Make your suppositions of what
is feasible and reasonable. MISSION AND VISION OBJECTIVE(S) STRENGTHS 2. 4 Key
Success Factor (KSF) 1. 2. WEAKNESSES 2. 3. 4. OPPORTUNITIES 2. 4 S. O. STRATEGIES
W.O. STRATEGIES THREATS 2. 4 S. T. STRATEGIES W. T. STRATEGIES
Solution
It has been mentioned in the question that the strategy is to buy a house and one has to list down
the ‘strengths’, ‘weaknesses’, ‘opportunities’ and ‘threats’ in relation to buying a house which
implies that a SWOT analysis needs to be done in order to come to the best conclusion.
This SWOT analysis is a planning technique strategy which helps to indentify the internal
strengths and weaknesses that one might get by buying a house. This helps in judging whether at
all the investment is worthy or not. Additionally, there are external opportunities and threats
from getting a house, being aware of which will allow the investor to maximize the returns out of
the particular investment.
Let the investor (may be an individual or a accompany) plan to get a house in area X.
The SWOTs can be identified and arranged in a table as follows:
Mission and Vision: To invest in a property at competitive prices, that guarantees customer
satisfaction with contemporary living styles, in the best housing environment.
Key Success Factors: (KSF)
Objectives: To buy a house in area X, of a particular size and structure (E.g. 4000 sq. Ft. Duplex
villa), in a posh residential complex built the best builders in the market. However, the price
would be competitive.
Strengths:
1. Area X is developing fast both in terms of residential and business real estate and is projected
to be the most sought after area of residence in the city.
2. Investment in area X has gone up tremendously
3. The location of the property is a huge strength, as it is well connected to other parts of the city.
Hospitals, shopping complexes, etc are all a stone’s throw away.
4. If the investor were to resale the property at some point, it would be hugely profitable,
guaranteeing the highest price of housing in the city in the next few years.
Weaknesses:
1. There is a lot of political interference and turmoil in the targeted area of housing.
2. The area is still under development and lacks security for immediate living as the area has
reported thefts and burglaries frequently.
3. The roads are in a horrible condition as construction in that area is in full swing. There are a
host of residential and commercial properties which are being built there at the same time, which
makes staying there immediately a hassle.
4. As of now, there is no police station or hospital nearby. Most of the hospitals, recreation
facilities, security facilities etc are ‘projected’ to be completed soon. Therefore, ready-to-move
housing will not provide the facilities of a quick doctor on call, or police protect.
Given a definition of a group Given a definition of a group.pdf
Given a definition of a group
Given a definition of a group
Solution
1)the no of people or things that are located or gathered or classed together is called a group
2)a set of elements occupying a column in the periodic table and having broadly similar
properties arising from their similar electronic structure
3)A sub division of a set is called a group.
Given the indexed collection of denumerable sets A_i with i N, prov.pdf
Given the indexed collection of denumerable sets A_i with i N, prove that their union U_i N
A_i is also denumerable.
Solution
Given Ai is the denumerable sets
Union represents combination of all elements in all the sets
Hence U Ai has infinite many sets as Ai alone has infinite many sets
Hence U Ai is also denumerable.
give an example of a successful progect thats ben done by a virtual .pdf
give an example of a successful progect thats ben done by a virtual team(means the members
lives away from each other and contact through the internet) reference
Solution
An example of successful virtual teams has been the implementation of virtual teams in Intel for
promoting team collaboration. This has resulted in enhanced productivity, better communication
and greater collaboration among teams responsible for designing microprocessors in the Intel
company.
Source: Intel’s Secrets to Virtual Team Success. A lesson in online collaboration from the best.
SIMON J. WILLIAMS MAY 16TH, 2014 (www. Redbooth.com).
File name a2.cppTaskFor this assignment, you are required to ei.pdf
File name: a2.cpp
Task
For this assignment, you are required to either A) modify your linked list code to implement a
queue or B) modify the provided stack code to implement a queue. Your program should
implement a C++ queue class with the following member functions:
- Void enq(int)
- Void deq()
- Void front()
- Bool isEmpty()
- Void printq()
Your program will take in a command file called “cmd.txt” which will instruct your program
what operations to run
File Format
<0 or 1 arguments>
Commands
- 1 enq
- 2 deq
- 3 front
- 4 isEmpty
- 5 printq
Example File
1 1
5
1 2
5
1 3
5
1 4
5
3
2
5
2
5
3
Expectations
You should not use any already pre implemented code for your queue such as a standard library
object
Your code should be well formatted with proper spacing and proper naming
Your code should have well named variables. No a’s b’s or c’s as names unless it is for
something like a loop counter
Your code should have the same output formatting you see below
Your code MUST follow the formatting you see below
Your file MUST be named a2.cpp
My example file does not contain all possible test cases it is up to you to determine any other
special cases to test your program against.
Example Output
//LinkedList class
#include
#include
#include
#include
#include
using namespace std;
struct Node
{
int data;
Node *next;
};
class LinkedList
{
private:
Node *head;
Node *tail;
public:
LinkedList(); //constructor
void prepend(int num);
void append(int num);
void removeFront();
void removeBack();
void remove(int num);
int search(int num);
void printList();
};
//constructor
LinkedList::LinkedList()
{
head=NULL;
tail=NULL;
}
//prepend() method
void LinkedList::prepend(int num)
{
//allocate space for new node
Node *node=new Node;
//populate node
node->data=num;
node->next= NULL;
//attach new node to start of list
//if linked list empty
if(head==NULL)
{
head=node;
tail=node;
}
else //linked list not empty
{
node->next=head;
head=node;
}
}
//append() method
void LinkedList::append(int num)
{
//allocate space for new node
Node *node=new Node;
//populate node
node->data=num;
node->next= NULL;
//attach new node to end of list
//if linked list empty
if(head==NULL)
{
head=node;
tail=node;
}
else //linked list not empty
{
tail->next=node;
tail=node;
}
}
//removeFront() method
void LinkedList::removeFront()
{
//if linked list empty, then underflow
if(head==NULL)
{
cerr<<\"Underflow\"<next;
//delete node
cout<<\"Removing \"<data<<\" from the list\"<next!=NULL)
{
/*if(curr==tail)
break;*/
prev=curr;
curr=curr->next;
}
prev->next=NULL;
tail=prev;
//delete node
cout<<\"Removing \"<data<<\" from the list\"<data=num)
break;
prev=curr;
curr=curr->next;
}
//preserve node
Node *temp=curr;
//detach node from linked list
prev->next=curr->next;
//delete node
cout<<\"Removing \"<data<<\" from the list\"<data=num)
{
found=1; //num found
break;
}
curr=curr->next;
}
return found;
}
//printList() method
void LinkedList::printList()
{
//traverse linked list
Node *curr=head;
while(curr!=NULL)
{
c.
Explain in detail the DTE-DCE TransmissionSolutionData commun.pdf
Explain in detail the DTE-DCE Transmission?
Solution
Data communications equipment (DCE) refers to computer hardware devices used to establish,
maintain and terminate communication network sessions between a data source and its
destination. DCE is connected to the data terminal equipment (DTE) and data transmission
circuit (DTC) to convert transmission signals.
Data Communications Equipment (DCE)
A modem is a typical example of data communications equipment. In general, data
communications equipment is used to perform signal exchange, coding and line clocking tasks as
a part of intermediate equipment or DTE.
Some additional interfacing electronic equipment may also be needed to pair the DTE with a
transmission channel or to connect a circuit to the DTE. DCE and DTE are often confused with
each other, but these are two different device types that are interlinked with an RS-232 serial
line.
DTE and DCE connectors are wired differently if a single straight cable is employed. DCE
generates internal clock signals, while DTE works with externally provided signals. Without
employing a modem, the DCE and DTE can be connected through a crossable cable medium like
a null modem for Ethernet or typical RS-232 serial line. Many modems are DCE, while the
computer terminal is DTE.
The DCE converts the signal to a format appropriate to the transmission medium and introduces
it onto the network link.
A DCE takes data generated by a DTE, converts them to an appropriate signal, and then
introduces the signal onto the communication link. | Commonly used DCEs include modems.
To make communication possible, both the sending and receiving DCEs must use the same
modulating method (e.g.FSK).
Data Terminal Equipment (DTE)
DTE includes any unit that functions either as a source of or as a destination for binary digital
data. It can be a terminal, computer, printer, fax machine .. Or any other device that generates or
consumes digital data. DTE do not often communicate directly with another one; they generate
and consume information but need an intermediary to be able to communicate. Analogy: our
brain does when we talk. Brains –DTE, mouth/ear – DCE, air/telephone line –transmission
medium.
In computer data transmission, DTE (Data Terminal Equipment) is the RS-232C interface that a
computer uses to exchange data with a modem or other serial device.
Data Terminal Equipment is equipment which acts as source or destinations in digital
communication and which is capable of converting information to signals and also reconverting
received signals.
Pieces of data terminal equipment usually do not communicate between each other, which is
usually done by data communications equipment. Common examples of data terminal
equipment: printers, routers, application servers etc.
Features of Data Terminal Equipment:
DTE-DCE INTERFACE
Data Terminal Equipment (DTE) and Data Circuit-Terminating Equipment (DCE) .
There 4 basic functional units involved in the communication data: DTE and DCE .
Find an example of a real project with a real project manager. The pr.pdf
Find an example of a real project with a real project manager. The project can be from
corporate, business, construction etc. Interview the project manager or one of the project leads.
Write a two-page paper describing the project in terms of its scope, time and cost goals. Discuss
what went right and wrong on the project. Also, discuss the role of the project manager and
project sponsor. You will also discuss if the project was successful or unsuccessful. Search the
internet for two interesting articles about software development life cycles or project
management life cycle, including agile software development. Also, review the website ww
w.aailealliance.ong. What do these sources say about project management? Summarize your
findings in a one to two-page paper citing any references.
Solution
For this assignment, would like to discuss 1 project in details.
This project we are going to discuss is from a corporate. Whenever the new partners in a
particular geographical region signed up, the welcome kit was to be shipped. Partners signed up
with the the multinational and the relevant details were passed to this third organization for
preparing and shipping out the relevant welcome kits in that region.
Multinational M <---------------->Regional Partners P
M-------Backend Processing at Regional Company R----------------P
The regional company R performed the backend fulfillment at a regional level to prepare & send
out the welcome kit - some Software CDs for development, manuals, etc.
Let us call this Organization R where the project was done.
Scope: Scope of the project involved reading weekly files from M and creating new orders in the
ERP system of R.
Time: Time of the project implementation was 2 months.
Cost: Cost of the project was 50K USD
As the project was for a prestigious organization, it was important for regional company R,
however its budget was low and it involved multiple stakeholders that played important role in
the success/failure of the project.
Time: Out of the 2 months, the user requirement and testing needed more time in this case, as
this project could mean different things to the various stakeholders. As a project manager it was
important to meet up with customer R and also to connect with customer\'s customer.
Multinational M had certain assumptions about the project that were missed initially.
There was a limited time to successfully launch the project. It helped getting approvals for the
requirements in detail which involved data formats, expected delivery schedules, etc.
The testing was key in this project as the input files were received from outside company R. The
security protocols for file transfers need to be defined and tested. So there was administration
team that had a role in this project. Even though there job was for half a day only, certain
approvals were needed from the highest level and for the success of the project it was needed to
initiate it well in advance.
The 2 weeks were needed for requirements gat.
Discuss the importance of security and what elements need to be addr.pdf
Discuss the importance of security and what elements need to be addressed with concern to
security.
Solution
Importance of security and elements needed to be addressed:
1. To improve efficiency of the system
2. To improve integrity of the product or information.
3. Information gets protected. There is no threat to your system from any third party.
Elements:
1. Confidentiality
2. Possession
3. Integrity
4. Authenticity
5. Availability
6. Utility.
Define financial engineering in terms of how to change the risk-retu.pdf
Define financial engineering in terms of how to change the risk-return characteristics of an
existing position by using derivative instruments.
Solution
Effectively managing finance and operations risk is increasingly complex. Today’s leaders are
not only tasked with establishing sustainable infrastructures to manage the ever-changing
regulatory and business environment, but they are also challenged to drive performance and
results year over year. To meet these challenges, leaders need solutions to address a variety of
financial and operational risks that result from external and internal changes, including
regulatory changes, market volatility, corporate events, and growing third-party relationships.
Are you driving performance by optimizing the management of your risks.
As a result of total quality management, organizational changes in t.pdf
As a result of total quality management, organizational changes in the way teams function has
been a direct impact from TQM. Teamwork removes barriers among individuals, departments,
and functions resulting in more empowered and motivated employees. The authors discuss
several types of teams in chapter 11. Explain the major types of teams found in organizations
today.
Solution
Answer:
The Major types of teams found in organizations today are:
1) Problem solving Team: This team generally consist of 5 to 10 employees within a department
who meet in a scheduled time to discuss the ways to improve quality, efficiency and enviroment.
Every organization will mostly depend on problem solving teams to help in solving organization
problems. In this team, members will share their knowledge, experience on how to improve the
systematic working/methods in place.
2) Self-managed Team: This team generally consist of 10-15 employees who take
responsibilities of their supervisors. The responsibilities includes but not limited to,
Fully self managed teams will select members on their own and assess eachother\'s performance
3. Cross Functional Team: Cross functional teams are effective means of allowing people from
different department within an organization to share informations, develop new ideas, solve
problems and co-ordinate complex projects. It brings people from different functional experts to
better invent design or deliver service. The general goal of using cross functional team include
some combination of innovation, speed and quality that come from early coordination among the
various specialties
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Complete and balance the following redox equation. Show all work and.pdf
Complete and balance the following redox equation. Show all work and both half reactions.
H2S + MnO4- ------> Mn2+ + (SO4)2- (acidic solution)
Solution
5 H2S + 8 MnO4- + 14 H+ ---> 8 Mn2+ + 5 SO4 2- + 12 H2O
Sulfur is oxidized, oxidation state of 2- going to 6+; loses 8 electrons
Manganese is reduced, oxidation state of 7+ going to 2+, gains 5 electrons
that\'s where we get the coefficients of 5 and 8
then add sufficient H+ ions (it\'s an acidic solution) on the left and H2O molecules on the right
to balance
(add H2O to balance oxygen, then add H+ to balance hydrogen).
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