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I have started a simulation of an iphone and need it to be completed using similar methods of action script and fully noted. things to be completed are such as opening and closing menu’s, viewing images(in sliding iphone fashion), using maps, sound and a keyboard to use in the message menu.

I need an app for iPhone and Android developed. The app will provide test questions simulation. The features are as follows:

- exam simulator – providing exam type multiple choice questions and answers

- able to provide score feedback to the candidate ie 78 out of 100 – shows incorrect and correct answers (performance stats)

- able to mark user on different sections of exam…ie group the questions by topic – eg networking (3 out of 6), applications ( 3 out of 3) etc

- a section that has a study/exam card with just straight questions and answers

- a section for study notes

- able to be used on iphone, ipad and android

Thanks

Queues are commonly used in network systems. For example, e-mail is placed in queues while it is waiting to be sent and after it arrives at the recipient’s mailbox. A problem occurs, however, if the outgoing mail processor cannot send one or more of the messages in the queue. For example, a message might not be sent because the recipient’s system is not available.

Write an email simulator that processes mail at an average of 40 messages per minute. As messages are received, they are placed in a queue. For the simulation, assume that the messages arrive at an average rate of 30 messages per minute. Remember, the messages must arrive randomly, so you will need to use random number generator to determine when messages are received.

Each minute, you can dequeue up to 40 messages and send them. Assume that 25% of the messages in the queue cannot be sent in any processing cycle. Again, you will need to use a random number to determine whether a given message can be sent. If it can’t be sent, put it back at the end of the queue (enqueue it).

Run the simulation for 24 hours, tracking the number of times each message had to be requeued. At the end of the simulation, print the statistics that show:

a. The total messages processed.
b. The average arrival rate.
c. The average number of messages sent per minute.
d. The average number of messages in queue in a minute.
e. The number of messages sent on the first attempt, the number sent on the second attempt, and so forth.
f. The average number of times messages had to be requeued (do not include the messages sent the first time in this average)

Program can be write in C++ or Java in an easy to understand programming. it should can be run in command prompt and no GUI needed. It’s just a simple program for understanding topics in class.

We’re looking for talented 3D modellers to offer the following for Marrakech and Casablanca (GMMX and GMMN) airports in Openflight (.flt) format for simulation software:

All major buildings (terminals, hangars, structures), trees and surroundings, fences, aerials, etc. Aprons with aerial photo textures and vectored lines.

All offers should include rough details on how the project will be delivered and information about prior 3D experience and list of projects done by you in similar environment.

Happy bidding!

Project consists of three aspects in two main tasks.

online simulation; financial analysis; business case summary of simulation and actions. It also requires completion of pre-study materials to understand how the simulation works so it can be completed adequately.

Project timeline is mandatory 8 Eight days and must be completed within this time. Do not bid if you do not have the experience or availability to complete this project. You must also be available for revisions. Please read attachment for further details. Thanks.

Project consists of three aspects in two main tasks.

online simulation; financial analysis; business case summary of simulation and actions. It also requires completion of pre-study materials to understand how the simulation works so it can be completed adequately.

Project timeline is mandatory 8 Eight days and must be completed within this time. Do not bid if you do not have the experience or availability to complete this project. You must also be available for revisions. Please read attachment for further details. Thanks.

Project consists of three aspects in two main tasks.

online simulation; financial analysis; business case summary of simulation and actions. It also requires completion of pre-study materials to understand how the simulation works so it can be completed adequately.

Project timeline is mandatory 8 Eight days and must be completed within this time. Do not bid if you do not have the experience or availability to complete this project. You must also be available for revisions. Please read attachment for further details. Thanks.

Project consists of three aspects in two main tasks.

online simulation; financial analysis; business case summary of simulation and actions. It also requires completion of pre-study materials to understand how the simulation works so it can be completed adequately.

Project timeline is mandatory 8 Eight days and must be completed within this time. Do not bid if you do not have the experience or availability to complete this project. You must also be available for revisions. Please read attachment for further details. Thanks.

Project consists of three aspects in two main tasks.

online simulation; financial analysis; business case summary of simulation and actions. It also requires completion of pre-study materials to understand how the simulation works so it can be completed adequately.

Project timeline is mandatory 12 twelve days and must be completed within this time. Do not bid if you do not have the experience or availability to complete this project. Please read attachment for further details. Thanks.

Project consists of three aspects in two main tasks.

online simulation; financial analysis; business case summary of simulation and actions. It also requires completion of pre-study materials to understand how the simulation works so it can be completed adequately.

Project timeline is mandatory 12 twelve days and must be completed within this time. Do not bid if you do not have the experience or availability to complete this project. Please read attachment for further details. Thanks.

Project consists of three aspects.

online simulation; strategic analysis; business case report and analysis.

Project timeline is mandatory 8 eight days and must be completed within this time. Do not bid if you do not have the experience or availability to complete this project. Please read attachment for further details. Thanks.

Step 1: Create Classes

Create the class definitions complete with attributes and method prototypes.

Step 2: Code the Methods

Code the methods for each of the classes in your class definitions.

Step 3: Create the Main Method

Code the main method driver for your elevator simulation application.

Using Microsoft Word, provide your test plan for testing the elevator simulation. Execute your test plan and include your test results in your Test Plan document.

Run the Simulation and Collect the Data

Run your elevator simulation multiple times, varying the number-of-elevators parameter from 1 through 8, collecting the data from each run.
Make several runs for each value of the number-of-elevators parameter used.
Combine the datasets for each value used for the number-of-elevators parameter into a single data set.
The data sets should be created as csv (comma delimited) files with one set of data on each line (i.e., separate each set by a carriage-return/line-feed).
You should have one fairly large data set for each value of the number-of-elevators (8 data sets in all) used.

Step 1: Create Classes

Create the class definitions complete with attributes and method prototypes.

Step 2: Code the Methods

Code the methods for each of the classes in your class definitions.

Step 3: Create the Main Method

Code the main method driver for your elevator simulation application.

Using Microsoft Word, provide your test plan for testing the elevator simulation. Execute your test plan and include your test results in your Test Plan document.

Run the Simulation and Collect the Data

Run your elevator simulation multiple times, varying the number-of-elevators parameter from 1 through 8, collecting the data from each run.
Make several runs for each value of the number-of-elevators parameter used.
Combine the datasets for each value used for the number-of-elevators parameter into a single data set.
The data sets should be created as csv (comma delimited) files with one set of data on each line (i.e., separate each set by a carriage-return/line-feed).
You should have one fairly large data set for each value of the number-of-elevators (8 data sets in all) used.

The number of floors in the building will be fixed at five.
The number of passengers that an elevator can hold will be fixed at eight. All elevators will be of the same size.
Passengers will arrive at the elevators in a random fashion, within the parameters set below, and press the call button indicating their preference to travel up or down.
It takes the elevator 0:15 seconds to travel from one floor to the next.
The simulation will note the time it takes for an elevator to arrive and service the passenger.
It takes 0:03 seconds for a passenger to board the elevator and 0:03 seconds for a passenger to leave the elevator.
When a passenger boards the elevator, that passenger will press the button for his destination floor.
The elevator will begin its trip when either the maximum passenger count for the elevator is reached or no passenger has boarded within 10 seconds.
The elevator will remain at the floor it was on when delivering the last of its passengers for a period of 10 seconds before moving to its next call or returning to the ground floor.
The passenger’s destination floor will be determined using a “random” interval.
There are 100 persons working on each of floors 2-5. No one works on the ground floor (floor 1). All businesses in the building open for business at 8:00 AM and close at 5:00 PM. Workers begin randomly arriving for work at 7:30 AM. Everyone leaves the building randomly by 5:30 PM.
Customers arrive at the building and visit floors throughout the day at a rate of approximately one every five minutes. Customers randomly spend between 15 and 45 minutes conducting their business then exit the building.
All workers have lunch between 12:00 and 1:00. At 12:00, 50% of workers go to the first floor between 12:00 and 12:15 to go out for lunch. The workers return randomly between 12:45 and 1:00.
It is expected that passengers will be served within 1 minute of pressing the elevator call button.
The simulation will model a day of usage.
The simulation should collect the following data. The time each passenger pressed the call button. The time each passenger boarded the elevator. The destination floor of each passenger.
The following information should be reported daily and in total. The total number of passengers delivered. The total number of passengers delivered by each elevator. The number of passengers delivered to each floor by each elevator. The minimum and maximum time passengers waited. The percentage of passengers served within one minute.
Run the simulation with various numbers of elevators to determine how many elevators will be necessary to service 95% of the passengers within one minute of pressing the call button.

Step 1: Create Classes

Create the class definitions complete with attributes and method prototypes.

Step 2: Code the Methods

Code the methods for each of the classes in your class definitions.

Step 3: Create the Main Method

Code the main method driver for your elevator simulation application.

Using Microsoft Word, provide your test plan for testing the elevator simulation. Execute your test plan and include your test results in your Test Plan document.

Run the Simulation and Collect the Data

Run your elevator simulation multiple times, varying the number-of-elevators parameter from 1 through 8, collecting the data from each run.
Make several runs for each value of the number-of-elevators parameter used.
Combine the datasets for each value used for the number-of-elevators parameter into a single data set.
The data sets should be created as csv (comma delimited) files with one set of data on each line (i.e., separate each set by a carriage-return/line-feed).
You should have one fairly large data set for each value of the number-of-elevators (8 data sets in all) used.

I am looking for an artist to create a set of images for an online life simulation. The images need to be roughly 600x400px. I need the following images:

Inside of a Bank
Inside of a room with a wardrobe, desk, and the start of a kitchen being seen off to one side
A close up of the desk top with a computer, a check register, and a stack of mail
A set of 3 storefronts
The inside of a highschool
The inside of an office building

The images will need to be in the style of:
http://www.lifewithbills.com/images/avatar-example2.png

We can go as high as $600, however if more images are needed we can adjust the price.

Please check the attached document. i need this project to be completed in 3 days.

Hello all programmers, I have a simple project and I need this project ASAP. I have attached two files: (1) the description file (2) data file. I am willing to pay $30 for this project, it probably would take you like less than an hour to complete this.

3 things to do to complete this project:
1st–open the description files and read it carefully, then open the data file.
2rd– it’s better to use NetBeans for coding this, but you can use whatever.
3rd–let me know if you have any questions.

Thanks so much.

Please check the attached document. i need this project to be completed in 3 days.

Deadline: October 10th, 2009
A Queue Simulation
Programming Problem Statement
The purpose of this assignment is to explore several ideas:

Deadline: 12-Oct-09.Event-driven(customer arrives&service is complete)program in C.

A Queue Simulation
Programming Problem Statement
The purpose of this assignment is to explore several ideas:

A Queue Simulation
Programming Problem Statement
The purpose of this assignment is to explore several ideas:

I need a C/Java programmer to simulate the ARM instruction set and demonstrate it with a small program. The simulator should be written in Java. Document your work and include step-by-step instructions to check on my pc. You can contact me if you need more information on the project.

The Problem
A university lacks a credible grocery store on campus. After a year of getting lousy over-priced food in the convenience store in the Student Union, you and all of your friends are frustrated. One of your friends majoring in business comes up with the brilliant idea of opening a grocery store on campus. But, they need your help to decide if their idea is viable or not. Your job will be to run various simulations of customers in line.

The model for the store is as follows:

Normally, there will be three lines in operation or customers to buy their groceries. Each line will have a capacity of 8 customers. The first line (line A) will only be for customers with 10 or fewer items. The other two lines (line B and C) will be for all customers. When a customer is ready to check out, here is how they decide what line to go to:

If the customer has 10 or fewer items and the

My budget $10-15 and this should be complete in max 3 days, Read the requirements fully before you quote.

Kindly refer the attached file for requirements.

If you complete this project as per the requirement then i have lot of assignment to provide you in future.
Note : If you provide a good result i will give you excellent review.

I want a website very similar to http://classic.particracy.net. You will probably need to register and play it for a little while to figure out exactly what the job will consist of. It needs to be done in PHP w/a MySQL database.

Remember, this will involve things like coming up with a realistic election algorithm, world map, slowly-changing ideologies of the people, etc.

If you think that you can do a really good job, then I would be willing to pay quite a bit more to implement all of the new features that I have planned.

This is a small homework. I need a simulation for a math problem. I need matlab simulation file for the given problem and graph.Attachment currently unavailable here. If some one want to do this project then I will send the project details.