SolutionTo know that the team has identified all of the significa.pdf

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Solution : To know that the team has identified all of the significant risks associated with an IT acquisition alternative we have to go through the steps that the team has followed to come up with the significant risks. For this we will match the work done by them with the steps involved in IT acquisition process. There are several that we have to follow for the IT acquisition process and they are given below: 1) First step includes to carefully identify the business objective along with proper planning and knowing the system requirements. 2) Second step involves the redesigning of the Information system architecture so that it would be easy to identify the efforts to be put to develop the specific application for the organization. 3) Third step involves the decision making done regarding the several options available for the procurement of software solutions. Options might include leasing through ASP, leasing through contract development, outsourcing, etc. Before choosing any of the option its pros and cons, both are evaluated. 4) Fourth step involves the feasibility analysis before making the final decision for any software solution. The feasibility analysis is done with respect to technical requirements, economical requirements, operational and political requirements, legal and contractual requirements, etc. 5) Fifth step includes the important decision of deciding for the best available option among several options. 6) Sixth step involves the careful evaluation of the proposals and choosing the best suited one that fulfills the requirements of the organization. 7) Seventh step is to implement the chosen solution within the organization. This helps in testing the performance of the solution as per the requirement given by the organization. 8) Eighth step is to monitor the selected solution that whether it is effective and efficient according to the user. If all these steps are followed by the team than we will come to know that they have identified all of the significant risks associated with an IT acquisition alternative..

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Cipher_Guide-To-Selecting-the-Right-CI-Software-Solution

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http://www.diva-portal.org Postprint This is the accepted version of a paper published in IEEE Transactions on Software Engineering. This paper has been peer-reviewed but does not include the final publisher proof-corrections or journal pagination. Citation for the original published paper (version of record): Petersen, K., Badampudi, D., Ali Shah, S M., Wnuk, K., Gorschek, T. et al. (2017) Choosing Component Origins for Software Intensive Systems In-house, COTS, OSS or Outsourcing?: A Case Survey IEEE Transactions on Software Engineering, 39(12) https://doi.org/10.1109/TSE.2017.2677909 Access to the published version may require subscription. N.B. When citing this work, cite the original published paper. Permanent link to this version: http://urn.kb.se/resolve?urn=urn:nbn:se:bth-15909 Choosing Component Origins for Software Intensive Systems: In-house, COTS, OSS, Outsourcing or Services? – A Case Survey Kai Petersen ∗,a, Deepika Badampudia, Syed Muhammad Ali Shahb, Krzysztof Wnuka, Tony Gorscheka, Efi Papatheocharousb, Jakob Axelssonb, Séverine Sentillesc, Ivica Crnkovicc, Antonio Cicchettic aBlekinge Institute of Technology, Karlskrona, Sweden bSICS Swedish ICT AB, Kista, Sweden cMälardalen University, Västerås, Sweden Abstract Background: When choosing components for software intensive systems decisions are made on multiple levels. On the highest level, the component’s origin or source is chosen (e.g. In-house versus Components Off-The-Shelf), which answers the question where to get a component from. After deciding the origin, the vendor or supplier has to be chosen, followed by choosing the actual component and how to implement and/or integrate it. While vendor and component selection have been intensively explored, the trade-off between component sourcing options is not well investigated. Objective: In this study we investigate how practitioners choose among the component sourcing options with respect to stakeholders involved, criteria used for making the decision, and the decision making method used. Moreover, we focus in this work on determining the outcome of the decision making with respect to the chosen component sourcing options, the effort invested in decision making, the criteria being most important in the final decision, and the evaluation of the perceived success degree of the choice. Method: The case survey method has been used to elicit and synthesize the cases. The case survey method is combines the advantages of surveys (capturing a larger set of cases) and case studies (capturing rich information about each case). Overall, 22 decision cases have been obtained. Descriptive statistics, open coding of qualitative information, and odds ratio have been used to analyze the data. Results: Decisions were prepared in a group of people, while the actual decision was individually made by managers or decision makers. Cost, performance, and system reliability stand out as the most common criteria. More than two dec ...

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ONLINE APPOINTMENT SYSTEM 1 ONLINE APPOINTMENT SYSTEM 18 Connie Farris Colorado Technical University Systems Analysis, Design and Integration (IT425-1801A-03) Crispin Jose January 5, 2018 Table of Contents Unit 1: System Overview 4 Description of System Capabilities 4 Users and Stakeholders 4 Project Sponsor 4 Unit 1: Requirements Specification 5 Overall System Goals and Objectives 5 Elicitation Methods 5 Functional Requirements 5 Non-Functional Requirements 5 Assumptions and Constraints 5 Unit 2: System or Application Design 6 Use Case Diagram 6 Functional Decomposition Diagram 6 Data Flow Diagram or Class Diagram or Entity Relationship Diagram 7 Sequence Diagram 8 Storyboard or Mockup 8 Unit 3: Test and Quality Assurance Plan 9 Unit Test Plan 9 System Test Plan 9 Acceptance Test Plan 10 Quality Assurance Test Plan 10 Unit 4: Development Strategy 11 Insourcing 11 Outsourcing 11 Hybrid (Combination of Both) 12-13 Development Strategy Cost Analysis 14 Proposed Development Strategy 15 Unit 5: Integration and Deployment Plan 16 Work Breakdown Structure 16 References 17 Unit 1: System OverviewDescription of System Capabilities With this project, my idea is to design an Online Appointment Request System that will book and confirm appointments by the requesting company, business or individual assigned to overseeing the project. The goal here is for an easy online experience for the company and client. Users and Stakeholders The users will be the clients who depend on this system to work properly and be easy and efficient when they need to communicate with this company. In this situation, the stakeholders consist of the management personnel to work with the developer to assure all requirements the company need to make this software a success. (villatorita, 2014) Project Sponsor The financial advisor will be working with all stakeholders to ensure cost and time limits. He will also make sure that the software will comply with the goals to make this accessible to benefit the employees and the clients. He will have constant access and will work closely with the developer and stakeholders to guarantee that requirements are met. Unit 1: Requirements Specification Overall System Goals and Objectives We are looking for software to schedule online appointments in a timely manner that is user friendly for the employee and the client. It should be able to handle all aspects from scheduling to notifying the client. Elicitation Methods Elicitation methods are used to gather requirements. These are two ways that can be used to gather the requirements for the project: Meeting with the stakeholders to get basic idea of what is required of this softwar.

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Properties of enantiomers?: Their NMR and IR spectra are identical. However, enantiomers behave differently in the presence of other chiral molecules or objects. For example, enantiomers do not migrate identically on chiral chromatographic media, such as quartz or standard media that have been chirally modified. The NMR spectra of enantiomers are affected differently by single-enantiomer chiral additives such as Eufod. Chiral compounds rotate plane polarized light. Each enantiomer will rotate the light in a different sense, clockwise or counterclockwise. Molecules that do this are said to be optically active. Characteristically, different enantiomers of chiral compounds often taste and smell differently and have different effects as drugs – see below. These effects reflect the chirality inherent in biological systems. One chiral \'object\' that interacts differently with the two enantiomers of a chiral compound is circularly polarised light: An enantiomer will absorb left- and right-circularly polarised light to differing degrees. This is the basis of circular dichroism (CD) spectroscopy. Usually the difference in absorptivity is relatively small (parts per thousand). CD spectroscopy [12] is a powerful analytical technique for investigating the secondary structure of proteins and for determining the absolute configurations of chiral compounds, in particular, transition metal complexes. CD spectroscopy is replacing polarimetry as a method for characterising chiral compounds, although the latter is still popular with sugar chemists. Solution Properties of enantiomers?: Their NMR and IR spectra are identical. However, enantiomers behave differently in the presence of other chiral molecules or objects. For example, enantiomers do not migrate identically on chiral chromatographic media, such as quartz or standard media that have been chirally modified. The NMR spectra of enantiomers are affected differently by single-enantiomer chiral additives such as Eufod. Chiral compounds rotate plane polarized light. Each enantiomer will rotate the light in a different sense, clockwise or counterclockwise. Molecules that do this are said to be optically active. Characteristically, different enantiomers of chiral compounds often taste and smell differently and have different effects as drugs – see below. These effects reflect the chirality inherent in biological systems. One chiral \'object\' that interacts differently with the two enantiomers of a chiral compound is circularly polarised light: An enantiomer will absorb left- and right-circularly polarised light to differing degrees. This is the basis of circular dichroism (CD) spectroscopy. Usually the difference in absorptivity is relatively small (parts per thousand). CD spectroscopy [12] is a powerful analytical technique for investigating the secondary structure of proteins and for determining the absolute configurations of chiral compounds, in particular, transition metal complexes. CD spectroscopy is re.

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Huntington\'s disease and other hereditary diseases impact people\'s lives, because they are transferred by defects or incorrect expressions of genetic material. The transfer of dominant and recessive genes has impacted people\'s mating decisions for millenia, which can have very strong impacts on people\'s lives. Solution Huntington\'s disease and other hereditary diseases impact people\'s lives, because they are transferred by defects or incorrect expressions of genetic material. The transfer of dominant and recessive genes has impacted people\'s mating decisions for millenia, which can have very strong impacts on people\'s lives..

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Nitrogen can hold up to 4 bonds. In sodium amide, [NH2]– ion has two N-H covalent bonds. In ammonia, [NH3] molecule has three N-H covalent bonds. In ammonium, [NH4]+ ion has four N-H covalent bonds. Elements that do not follow the octet rule are H, He, B, and Be Solution Nitrogen can hold up to 4 bonds. In sodium amide, [NH2]– ion has two N-H covalent bonds. In ammonia, [NH3] molecule has three N-H covalent bonds. In ammonium, [NH4]+ ion has four N-H covalent bonds. Elements that do not follow the octet rule are H, He, B, and Be.

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import java.util.*; import acm.program.*; public class FlightPlanner extends ConsoleProgram { /* Private instance variables */ private FlightDB flights; //creates a new database private ArrayList enteredCities = new ArrayList(); //keeps track of entered cities private String firstCity; //keeps track of the first city entered by the user public void init() { //passes the text file to the database to read and parse flights = new FlightDB(\"flights.txt\"); } public void run() { welcome(); askForFistCity(); askForMoreCities(); printFinalRoute(); } /* Welcomes the user */ private void welcome() { println(\"Welcome to Flight Planner\"); println(\"Here is a list of all the cities in our database\"); Iterator it = flights.getCities(); while(it.hasNext()) { println(\" \" + it.next()); } println(\"Let\'s plan a round-trip route!\"); } /* asks the user for the starting city and prints out * all the possible destination cities for that city */ private void askForFistCity() { while(true) { firstCity = readLine(\"Enter the starting city: \"); if(flights.ContainsKey(firstCity)) { enteredCities.add(firstCity); break; } else{ println(\"You can\'t get to that city by a direct flight.\"); println(\"Here is a list of all the cities in our database\"); Iterator it = flights.getCities(); while(it.hasNext()) { println(\" \" + it.next()); } } } println(\"From \" + firstCity + \" you can fly directly to:\"); Iterator it = flights.findRoute(firstCity); while(it.hasNext()) { println(\" \" + it.next()); } } /* asks the user for the cities he/she wants to fly to, * and prints out possible destination cities for each city * until the user enters the starting city */ private void askForMoreCities() { String city = firstCity; String lastCity = city; while(true) { city = readLine(\"Where do you want to go from \" + city + \"? \"); if(city.equals(firstCity)) { break; } if(flights.ContainsKey(city) == true) { lastCity = city; enteredCities.add(city); } else{ city = lastCity; println(\"You can\'t get to that city by a direct flight.\"); } println(\"From \" + city + \" you can fly directly to:\"); Iterator it = flights.findRoute(city); while(it.hasNext()) { println(\" \" + it.next()); } } } /* prints out the chosen route */ private void printFinalRoute() { println(\"The route you\'ve chosen is\"); String route = enteredCities.get(0); for(int i = 1; i \" + enteredCities.get(i); } route += \" -> \" + enteredCities.get(0); println(route); } } import acm.program.*; public class FlightPlanner extends ConsoleProgram { /* Private instance variables */ private FlightDB flights; //creates a new database private ArrayList enteredCities = new ArrayList(); //keeps track of entered cities private String firstCity; //keeps track of the first city entered by the user public void init() { //passes the text file to the database to read and parse flights = new FlightDB(\"flights.txt\"); } public void run() { welcome(); askForFistCity(); askForMoreCities(); printFinalRoute(); } /* Welcomes the use.

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We Know that: Amines are generally basic in naturebecause of their ability to donate the lone pair of electrons onthe Nitrogen atom. the presence of electronwithdrawinggroup decreases the basicity of the amines. For the given aminesp-Nitro aniline is least basic as the pKaindicates that p-Nitroaniline is Acidic in nature. Solution We Know that: Amines are generally basic in naturebecause of their ability to donate the lone pair of electrons onthe Nitrogen atom. the presence of electronwithdrawinggroup decreases the basicity of the amines. For the given aminesp-Nitro aniline is least basic as the pKaindicates that p-Nitroaniline is Acidic in nature..

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