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Description: The topic for this cohesive 4-6 page paper (double spaced) is your future occupation that has 2 parts. Part I: When you graduate, what is the field that you will choose for your occupation? (The occupation choice is Guidance Counselor) In your introduction, you will describe your future occupation. What are the main responsibilities of someone in this career? What drew you to this career? Part II: Second, please choose three social science disciplines (including Sociology, Psychology, Anthropology, Gerontology) and explain how each of these disciplines give insight into your future career. Completing this assignment will require you to synthesize information that you learned across many of your other social science courses. (Please make sure you cite sources from your previous courses or other research in APA style.) For each discipline, explain how you will be able to draw on each of these disciplines in your future job. What unique insights do these disciplines give that will help you do your job? Make sure you integrate both these parts of this paper into a cohesive whole with a clear introduction and conclusion. .

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Description The topic for this cohesive 4-6 page paper (double sp.docx

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Design, develop, and justify a public safety agency budget of EMS. I have specified which district to use in the attached. In addition to the project paper, students are required to develop and submit a presentation covering the final paper 13 pages that includes table of contents & references. then a presentation that will use powerpoint that highlights the important concepts covered in the paper Power point is up to 12 slides no more .

Design, develop, and justify a public safety agency budget of EMS. I.docx

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DESIGN STUDIO III ARCP 301 R. Belton, AIA, NOMA, CSI Associates Professor PROBLEM 1 FALL 2018 COMMERCIAL GROUND FLOOR AND OFFICE BUILDING 8/22/2018 Ralph Belton, AIA Table of Contents I. INTRODUCTION3 A. Preamble3 B. Program3 II. PROJECT STATEMENT3 III. SITE AND ENVIRONMENTAL DATA3 A. Climate and Geographical Data3 B. Adjacencies and Zoning4 C. Topography4 D. Major View4 E. Utilities4 F. Soil and Sub-Surface Conditions4 IV. PROGRAM REQUIREMENTS5 A. General Requirements5 B. Site Requirements5 C. Building Requirements5 V. CODE REQUIREMENTS7 A. General7 B. Classifications7 C. Exiting Requirements7 D. Occupant Load8 E. Stairs8 F. Fire Ratings8 G. Barrier-Free Design9 APPENDIX A11 Required Drawings11 Grading Criteria12 APPENDIX B13 APPENDIX C14 APPENDIX D15 APPENDIX E16 RECREATIONAL RETIAL MALL AND OFFICE BUILDING I. INTRODUCTION A. Preamble The District of Columbia has embarked on an ambitious city planning scheme to reshape the city scape to accommodate the younger generation interested in compact activity zone were shopping recreation and work all happen in close proximity. In part this phenomena is driven by the baby boomers who has a age factor that make living and entertainment in the close proximity a necessity of life. The options for boomers are suburban senior homes or an urban area with all the needed amenities within reach. Transportation access is also important for both groups. So the city Mixed Use (MU) … “zones are designed to provide facilities for housing, shopping, and business needs, including residential, office, service, and employment centers.” B. Program XYZ Corporation has acquired a 2.4 acre parcel of land on the Connecticut Ave corridor in North West Washington DC. (See subdivision record plat Appendix B). In partnership with the Giant Corp., the company intends to develop a mixed use building to include retail and office activities on the land in keeping with the Washington DC Connecticut Ave corridor urban plan. The project is envisioned to conform to the implementation of the Comprehensive Plan. II. PROJECT STATEMENT With the influx genXers, Milennials, and an establish population of professional and elderly people[footnoteRef:1] the XYZ Corporation has determined through market studies that this site will support a retail and office building. [1: http://apps.urban.org/features/OurChangingCity/demographics/index.html#index ] XYZ Corporation recognizes the business advantage of locating its branch offices in close proximity to several Universities and on the metro red line. As a result the corporation has assembled a strategic parcel of land on Connecticut Ave NW adjacent to the Metro line. (See also Appendix B.) III. SITE AND ENVIRONMENTAL DATA A. Climate and Geographical Data 1. Location:Latitude 38° 57' N Longitude 77° 1' W 2. Elevation at Building Site: 322.0 feet above sea level. 3. Sun Angles:December 21st at Noon 28.55° June 21st at Noon 75.45° 4.

DESIGN STUDIO III ARCP 301R. Belton, AIA, NOMA, CSI Associates.docx

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Designing Mobile Health Technology for Bipolar Disorder: A Field Trial of the MONARCA System Jakob E. Bardram, Mads Frost, Károly Szántó The Pervasive Interaction Technology Laboratory IT University of Copenhagen, Denmark {bardram,madsf,ksza}@itu.dk Maria Faurholt-Jepsen, Maj Vinberg and Lars Vedel Kessing Psychiatric Center Copenhagen, University Hospital of Copenhagen, Denmark <firstname.lastname>@regionh.dk ABSTRACT An increasing number of pervasive healthcare systems are be- ing designed, that allow people to monitor and get feedback on their health and wellness. To address the challenges of self-management of mental illnesses, we have developed the MONARCA system – a personal monitoring system for bipolar patients. We conducted a 14 week field trial in which 12 patients used the system, and we report findings focusing on their experiences. The results were positive; compared to using paper-based forms, the adherence to self-assessment improved; the system was considered very easy to use; and the perceived usefulness of the system was high. Based on this study, the paper discusses three HCI questions related to the design of personal health technologies; how to design for disease awareness and self-treatment, how to ensure adherence to personal health technologies, and the roles of different types of technology platforms. Author Keywords Bipolar disorder; mental health; personal health systems; mobile application ACM Classification Keywords H.5.m. Information Interfaces and Presentation (e.g. HCI): Miscellaneous INTRODUCTION According to WHO, mental illness is one of the most pressing healthcare concerns worldwide [34]. Bipolar disorder in particular, has a community lifetime prevalence of 4% [16] and is associated with high morbidity and disability [25]. Per- sonal health technologies hold promise for helping bipolar patients to monitor their mood patterns and symptoms, rec- ognize so-called ‘early warning signs’, and to handle medica- tion. Health technologies can – based on subjective and objective sensor input – provide timely feedback to the patient and thereby increase their awareness of the disease. Smart- phones are a promising platform for such personal feedback systems due to their ubiquitous availability and connectivity. Permission to make digital or hard copies of all or part of this work for personal or classroom use is granted without fee provided that copies are not made or distributed for profit or commercial advantage and that copies bear this notice and the full citation on the first page. To copy otherwise, or republish, to post on servers or to redistribute to lists, requires prior specific permission and/or a fee. CHI 2013, April 27–May 2, 2013, Paris, France. Copyright 2013 ACM 978-1-4503-1899-0/13/04...$15.00. Consequently, a number of personal monitoring and feedback systems have been suggested for the management of a wide range of health-related conditions. In general, these types of syste.

Designing Mobile Health Technology for Bipolar DisorderA Fi.docx

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Design, develop, and justify a public safety agency budget of EMS. In addition to the project paper, students are required to develop and submit a presentation covering the final paper 13 pages that includes table of contents & references. then a presentation that will use powerpoint that highlights the important concepts covered in the paper class book has been included for reference if needed .

Design, develop, and justify a public safety agency budget of EMS..docx

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Design a high-level conceptual view of a data warehouse (DW) for Huffman Trucking using Microsoft ® Visio ® that shows the following: Integration layers The data warehouse, with a Star Schema showing a Fact table and various dimension tables with all their needed fields and relationships, as covered in the class material. Recommended data marts Include arrows to show ETL (extract, transform, and load) locations and direction, and paste a screen shot of the above Visio Star schema along with the DW description in a Word document. .

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Design a PowerPoint presentation for high school aged students discussing normative aging changes, sexuality, STDs, and prevention. answer all three questions Discuss normal body changes that occur through puberty into young adulthood Discuss specific STDs, causes, symptoms, complications, and treatment: **You should include a slide or two for each of the following: Gonorrhea, Chlamydia, Herpes, HIV, Syphillis, HPV Discuss pregnancy and prevention The assignment should be submitted in PowerPoint format, with at least 10 content slides (in addition to a title slide and reference slide) and include at least two scholarly sources other than provided materials. .

Design a PowerPoint presentation for high school aged students .docx

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Design Patterns Christian Behrens https://www.behance.net/gallery/29576487/The-Form-of-Facts-and-Figures Christopher Alexander The term design patterns was originally coined about three decades ago by Christopher Alexander, an architect and critic who envisioned a generic and modular “language” of methods to describe the process of construction and urban planning by means of recurring problems that are well-known in a specific context, and respective solutions that have been proved and tested in the past and can therefore be seen as a safe choice to tackle a certain design challenge. Although it never made its breakthrough in the field of architecture, the basic idea of design patterns was adopted by other engineering disciplines, most notably software development in the early 1990s. A second wave of success seems to have appeared recently, when several projects were launched to build up pattern libraries for digital user interfaces. https://en.wikipedia.org/wiki/Christopher_Alexander 2 Design Patterns Rejected by Architects, Adopted by Software Engineers, …and the field of user interface design. Although Alexander’s book became a bestseller and is a de-facto standard read for architecture students until today, it received much criticism and invoked sceptical reactions among the architecture community. Looking back at it some thirty years later, Alexander’s pattern language can be described as a success story on a detour. While widely rejected by architects and urban planners, the concept was picked up by computer scientist in the late 1980s and became a huge success in the wake of the rise of object-oriented programming languages such as Java 3 Design Patterns Rejected by Architects, Adopted by Software Engineers, …and the field of user interface design. http://zurb.com/patterntap http://patternry.com/ useful for the general description of common design problems, and provide solutions based on the relationships and behaviors of objects Companies and institutions that deal with interface design problems, have also launched own projects that aim at streamlining the development of new products and services by means of a comprehensive design pattern collection. Design Patterns can help to tackle commonly known recurring design problems with well-proven solutions. A single pattern provides a brief description of one particular design problem. This problem can be a physical attribute of an application (for instance a dropdown menu), or a functional behavior (e.g. the login dialog of a website). A pattern typically consists of a description of the problem, and a solution that has been proven before and is generally recognized. Usually, a pattern provides additional information like an example of a real-world scenario in which it has been successfully applied as well as a rationale to briefly describe the benefit the usage this patterns bears. 4 Discrete Quantities: Simple Bar Chart Snapshot: they do not display con.

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DESIGN TECHNOLOGY CLASS” Description Using the various tools and concepts we have learned thus far, recreate the following three UI Elements. Exact measurements have not been given so that you may explore scaling and sizing. UI Element UI Element UI Element For some of the more complex shapes, it is best to break them down into simpler shapes. For example, a magnifying glass is really just a circle with a diagonal line. Purpose To understand how Illustrator is used to design UI Elements Tools Adobe Illustrator Due Date The assignment is due by the end of this module. .

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Design one assignment of the Word Find and the one of Using Digital .docx

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Design of Pareto optimal CO2 cap-and-trade policies for deregulated electricity networks h i g h l i g h t s A mathematical–statistical model for designing Pareto optimal CO2 cap-and-trade policies. The model fills a gap in the current literature that primarily supports cap-and-trade policy evaluation but not policy design. Pareto optimal policies accommodate conflicting goals of the market constituents. Electricity demand-price sensitivity and social cost of carbon have significant influence on the cap-and-trade policies. Higher demand-price sensitivity increases the influence of penalty and social cost of carbon on reducing carbon emissions. a r t i c l e i n f o a b s t r a c t Article history: Received 15 August 2013 Received in revised form 2 January 2014 Accepted 4 January 2014 Keywords: Electricity networks Cap-and-trade Game theory MPEC/EPEC Among the CO2 emission reduction programs, cap-and-trade (C&T) is one of the most used policies. Economic studies have shown that C&T policies for electricity networks, while reducing emissions, will likely increase price and decrease consumption of electricity. This paper presents a two layer mathematical– statistical model to develop Pareto optimal designs for CO2 cap- and-trade policies. The bottom layer finds, for a given C&T policy, equilibrium bidding strategies of the competing generators while maximizing social welfare via a DC optimal power flow (DC-OPF) model. We refer to this layer as policy evaluation. The top layer (called policy optimization) involves design of Pareto optimal C&T policies over a planning horizon. The performance measures that are considered for the purpose of design are social welfare and the corresponding system marginal price (MP), CO2 emissions, and electricity consumption level. 2014 Elsevier Ltd. All rights reserved. 1. Introduction A major part of the total CO2 emissions come from the electricity production sector, e.g., 40% in the U.S. ([1]). In 2009, 70% of the electricity was produced from fossil fuel such as gas, coal, and petroleum ([2]). In 2005, the European Union Emissions Trading System (EU ETS) launched a cap- and-trade system that seeks to reduce the greenhouse gas (GHG) emissions by 21% by 2020 from the 2005 level. Currently, the EU ETS is the largest emission market in the world [3], and according to the European Commission [4], at least 20% of its budget for 2014–2020 will be spent on climate-related projects and policies. In the United States, as well as in the EU, different regulations have been discussed to cut CO2 emissions such as carbon tax, renewable portfolio standards (RPS), and capand-trade programs (C&T). In the northeastern U.S., the Regional Greenhouse Gas Initiative (RGGI) has already implemented a C&T program through a nine state collaborative effort, which seeks to cut the CO2 emissions by 10% by 2018. Recently the California Air Resources Board .

Design of Pareto optimal CO2 cap-and-trade policies for de.docx

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Design of a non-invasive Hip Exoskeleton DISCLAIMER This report was prepared by students as part of a university course requirement. While considerable effort has been put into the project, it is not the work of licensed engineers and has not undergone the extensive verification that is common in the profession. The information, data, conclusions, and content of this report should not be relied upon or utilized without thorough, independent testing and verification. University faculty members may have been associated with this project as advisors, sponsors, or course instructors, but as such they are not responsible for the accuracy of results or conclusions. EXECUTIVE SUMMARY Team project’s is to design Hip Exoskeleton for children to assist their ability to walk. In general exoskeleton is a wearable device that can help and assist individuals with neuromuscular disorder. Hip exoskeleton is a device that assists the lower body of a person to help stabilization and walking performance. The team’s target is children from four to sixteen years old also will focus on the mechanical aspect of the hip exoskeleton such as the frame, motors and design in general. There are different requirements that the team focused in order to develop a design that functions effectively and improve the design. These requirements include the customer and the engineering requirements. These requirements serve to fulfil the deficiencies that were identified in the existing devices. The purpose of this project is to facilitate stabilization in children with cerebral palsy and decrease the metabolic cost of walking in children. The project goal is to focus on developing a hip exoskeleton, using motors, and sensors to improve the user’s hip movements and strength. In addition to deliver a design that meets all customers’ needs and engineering requirements. The design comprises of three subsystems pelvic, thigh and actuator subsystems. These subsystems will collaborate with the signal produced by the body to provide adequate support to the hip joints of the user. The team is only focusing on the mechanical aspect of this project for the electrical component will be provided by the client. 1.0 BACKGROUND 1.1 Introduction Exoskeletons are wearable devices that function alongside the user’s body parts. The design of an exoskeleton depends on various factors such as the purpose and the target body parts that require support. The team will develop a lightweight and cost-effective exoskeleton by making adjustments and improvements on the existing hip exoskeletons [2]. The purpose of making this exoskeleton from the existing design is to help support walking at the hip joint. Exoskeletons are used in different sectors such as healthcare, sports, military and rehabilitation facilities. They are used to assist individuals with hip and back issues to walk and maintain a stable posture. The previous design of the exoskeleton is robotic and costly because of the components u.

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Design Document – Week 1 – Proposal Course ID: IT 491 CAPSTONE PROJECT Instructions: This template must be filled out completely and turned into the course instructor. If you need assistance please contact the instructor prior to the due date. This is an individual assignment and all work must be original and should be designed, submitted, and documented entirely by the student. This assignment is worth 50 points. It is strongly recommended that you get your topic selection approved by your instructor BEFORE submitting week one work. Name: STUDENT NAME: Pierre Logon Project Title: PROJECT TITLE: Penetration Testing Project Fundamentals: PROBLEM DEFINITION (Your IT project should solve a well-defined problem): Each question should have a 1 to 2 paragraph response. This section is worth 15 points. · Organization - Who is the organization you are completing work for? Is this a fictional or real company? How large is the company? The organization is a virtual company that will be use for the purpose of the project. · Problem - What is the problem(s) you are addressing? (i.e. are you moving locations, are you improving performance of existing computers, are you expanding your services, are you creating a new department, are you improving security? etc.) The problem that I am addressing is the vulnerability of the network of this virtual company and the assessment to address it. · Outcomes - What will be the desired outcome of this project? These outcomes should be measurable and specific. The organization is a virtual company that will be use for the purpose of this project. The company is a small company with the size of 10 employees. I will be using Vmware to create servers ,network routers and desktop for the purpose of the demonstration in the virtual machine. I will then test my network environment for Denial of Service vulnerability TECHNOLOGY SOLUTION You should have a top-level idea of the solution or how you will solve the problem: This section is worth 20 points. This section should be 3-4 paragraphs and should include the following information. · What is the proposed solution? · How do you propose to complete your project? · What tools and/or methodology (e.g. Network Diagram, IP Addressing, Security Technologies, Virtualization, Operating Systems, etc.) will be used to design, implement, and deliver the proposed solution? · What type of resources (e.g., software, hardware, virtualization techniques, etc.) will you need to complete your project? The proposed solution is to assess the penetration testing with WIRESHARK OBJECTIVE ALIGNMENT Because this project is a demonstration of the skills you have learned throughout your time here at Herzing University, your project should address each of the program outcomes. Describe how your proposed project meets each of these specific course outcomes: Each objective should be addressed in one or two complete sentences. This section is worth 15 points. · Apply industry stan.

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Design Dissertation Developing a coherent methodology Aim: To provide an overview of concepts of research, research process & methods research design. What is it? Should you be doing it? How do you do it? My research image: Examine, determine, review, investigate, study, develop, inquire Scientific & systematic search for pertinent information for a specific topic Critical inquiry in seeking facts for principles Process of arriving at dependable solutions through the planned and systematic collection, analysis & interpretation of data Aims of a Dissertation The dissertation or project should demonstrate knowledge of the relevant literature; show that the student has executed a substantial piece of advanced individual work and should bring together the independent work with the knowledge gained in the literature and theory. Where creative work is involved this should be informed by and be related to the theoretical aspect of the work. What is Methodology? A system of rules, principles, and procedures that guide scientific investigation Methodology / Method Methodology refers to how you go about finding out knowledge and carrying out your research. It is your strategic approach, rather than your techniques and data analysis (Wainright, 1997). Some examples of such methods are: the scientific method (quantitative method), ethnographic approach, case study approach, (both using qualitative methods), ideological framework (e.g. an interpretation from Marxist, Feminist viewpoint), dialectic approach (e.g. compare and contrast different points of view or constructs, including your own). Paradigm A paradigm is simply a belief system (or theory) that guides the way we do things, or more formally establishes a set of practices. This can range from thought patterns to action. Disciplines tend to be governed by particular paradigms. “the set of common beliefs and agreements shared between scientists about how problems should be understood and addressed” (Kuhn, 1962) Guba (1990), research paradigms can be characterized through their: Ontology – What is reality? (what exists?) Epistemology – How do you know something? Methodology – How do you go about finding it out? what exists? What is its nature? Epistemology – Theory of knowledge: All claims to knowledge are tentative (some more than others) Knowledge: Belief, Justification, Truth (necessary for knowledge) Methodology – How do you go about finding it out? Why is it important? Your ontology and epistemology create a holistic view of how knowledge is viewed and how we can see ourselves in relation to this knowledge, and the methodological strategies we use to un/discover it. Awareness of philosophical assumptions will increase quality of research and can contribute to the creativity of the researcher. Positivists believe that there is a single reality, which can be measured and known, and therefore they are more likely to use quantitative methods to measure and this reality. Constructivist.

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Design and implement a Java program that transfers fragments of a file to multiple remote nodes. The class should take as input: 1. A file path to file of a fixed size (64MB). 2. An unordered list of 64 IP addresses/port numbers. 3. The maximum transfer rate for the sender (in Kbps). The rate limits the total amount of bandwidth a sender consumes when transferring file fragments. The program should divide the file up into 64x1MB fragments and send one fragment to each of the 64 nodes. A TCP socket should be used for communication with each of the nodes. The transfer should honor the rate set by the user. Assume that each of the remote nodes have equal upstream and downstream bandwidth. The focus should be to: · Minimize the total time it takes to send the entire 64MB file. · Minimize the communication overhead. · Minimize system resources consumed during the transfer. Please submit working code with build instructions (Eclipse project environment preferred), all test code (JUnit or other code used to debug the solution), a one page (or less) description of how you tested your solution and why you tested the way you did, and a one page (or less) description of why you chose the solution and an evaluation of how it performs against the goals stated above. Exceptional solutions will: Handle both IPv4 and IPv6 format addresses Handle endpoints that receive data at different rates Gracefully recover from errors (make good use of exception handling) Be thoroughly commented .

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Design and Mechanism of Controlling a Robotic Arm Introduction: Definition: A robotic arm is a type of mechanical arm, usually programmable, with similar functions to a human arm; the arm may be the sum total of the mechanism or may be part of a more complex robot. The links of such a manipulator are connected by joints allowing either rotational motion (such as in an articulated robot) or translational (linear) displacement.[1][2] The links of the manipulator can be considered to form a kinematic chain. The terminus of the kinematic chain of the manipulator is called the end effector and it is analogous to the human hand. A Robot is a virtually intelligent agent capable of carrying out tasks robotically with the help of some supervision. Practically, a robot is basically an electro-mechanical machine that is guided by means of computer and electronic programming. Robots can be classified as autonomous, semiautonomous and remotely controlled. Robots are widely used for variety of tasks such as service stations, cleaning drains, and in tasks that are considered too dangerous to be performed by humans. A robotic arm is a robotic manipulator, usually programmable, with similar functions to a human arm. This Robotic arm is programmable in nature and it can be manipulated. The robotic arm is also sometimes referred to as anthropomorphic as it is very similar to that of a human hand. Humans today do all the tasks involved in the manufacturing industry by themselves. However, a Robotic arm can be used for various tasks such as welding, drilling, spraying and many more. A self-sufficient robotic arm is fabricated by using components like micro-controllers and motors. This increases their speed of operation and reduces the complexity. It also brings about an increase in productivity which makes it easy to shift to hazardous materials. This specific micro controller is used in various types of embedded applications. Robotics involves elements of mechanical and electrical engineering, as well as control theory, computing and now artificial intelligence. Design of the Robotic Arm: The Robotic Arm is designed using the Microcontroller Micro-controller using Arduino programming. This process works on the principle of interfacing servos and Joystick. This task is achieved by using Arduino board. Joystick play an important role The remote is fitted with joystick and the servos are attached to the body of the robotic arm. The joystick converts the mechanical motion into electrical motion. Hence, on the motion of the remote the potentiometers produce the electrical pulses, which are in route for the Arduino board. The board then processes the signals received from the joysticks and finally, converts them into requisite digital pulses that are then sent to the servomotors. This servo will respond with regards to the pulses which results in the moment of the arm. Degree of Freedom: Robot arms are described by their degrees of freedom. This number typically ref.

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design and develop an interactive and user-friendly GUI-based network configurator. By using the GUI configurator, users are able to visually “draw” the network topology, and specify the parameters for the hosts, network hubs. In addition, users should be able to save the network configurations, open and continue working on them, and check the correctness of the network specifications. And if everything is okay, users can save it into a configuration file for V-NetLab to use. .

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Design a Lesson plan on the subject of Reflections and Guide Reflections. Include the following: 1. Overview: Write an introduction to the class activity. Include the purpose of the activity and desired outcome. 2. Objectives: The objectives should be specific and measurable. 3. Time: How long will the activity take when implemented in the classroom? 4. Materials: Describe any materials that are needed to conduct the lesson. 5. Activity: Provide a detailed description of the activity. Write all steps from the instruction of the assessment. .

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Design a Java application that will read a file containing data related to the US. Crime statistics from 1994-2013. Here are the codes I have so far: public class USCrimeClass { // Crime data fields for each data to retrieve private int year; private double populationGrowth; private int maxMurderYear; private int minMurderYear; private int maxRobberyYear; private int minRobberyYear; /** * Crime data constructor to set variables */ public USCrimeClass(int year, int populationGrowth, int maxMurderYear, int minMurderYear, int maxRobberyYear, int minRobberyYear){ this.year = year; this.populationGrowth = populationGrowth; this.maxMurderYear = maxMurderYear; this.minMurderYear = minMurderYear; this.maxRobberyYear = maxRobberyYear; this.minRobberyYear = minRobberyYear; } // Constructor defaults public USCrimeClass(int count){ this.year = 0; this.populationGrowth = 0.0; this.maxMurderYear = 0; this.minMurderYear = 0; this.maxRobberyYear = 0; this.minRobberyYear = 0; } /** * Getter methods for each field * @return percentage growth and years for murder and robbery */ public int getYear() {return this.year; } public double getPopulationGrowth() {return this.populationGrowth; } public int getMaxMurderYear() {return this.maxMurderYear; } public int getMinMurderYear() {return this.minMurderYear; } public int getMaxRobberyYear() {return this.maxRobberyYear; } public int getMinRobberyYear() {return this.minRobberyYear; } // Setter method for each field public void setYear(int year) {this.year = year;} public void setPopulationGrowth(double populationGrowth) {this.populationGrowth = populationGrowth;} public void setMaxMurderYear(int maxMurders) {this.maxMurderYear = maxMurders;} public void setMinMurderYear(int minMurders) {this.minMurderYear = minMurders;} public void setMaxRobberyYear(int maxRobbery) {this.maxRobberyYear = maxRobbery;} public void setMinRobberyYear(int minRobbery) {this.minRobberyYear = minRobbery;} } import java.io.File; import java.util.Scanner; import java.io.FileNotFoundException; public class USCrimeFile { public static USCrimeClass[] read(String filename){ // Array declaration USCrimeClass[] stats = new USCrimeClass[20]; Scanner inputReader = null; // Variable declaration int count = 0; String line; // Access Crime.csv and create array try { File file=new File("Crime.csv"); inputReader = new Scanner(new File("Crime.csv")); // Read first line inputReader.nextLine(); while (inputReader.hasNext()) { line = inputReader.nextLine(); String[] data = line.split(","); stats[count] = new USCrimeClass(Integer.parseInt(data[0])); stats[count].setPopulationGrowth(Integer.parseInt(data[1])); stats[count].setMaxMurderYear(Integer.parseInt(data[4])); stats[count].setMinMurderYear(Integer.parseInt(data[4])); stats[count].setMaxRobberyYear(Integer.parseInt(data[8])); stats[count].setMinRobberyYear(Integer.parseInt(data[8])); count++; } return stats; } cat.

Design a Java application that will read a file containing data rela.docx

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Design a high-level conceptual view of a data warehouse (DW) for H.docx

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