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Description UNT Calendar Event Last day to drop a spring class with a W is not marked as done.UNT CALENDAR EVENTCalendar Event Last day to drop a spring class with a W , all day on April 5, 2024.Last day to drop a spring class with a WALL DAY Nothing Planned Yet Sunday, April 7 Nothing Planned Yet Monday, April 8 DTSC 4050 SECTION 501 - STATISTICAL METHODS FOR DATA SCIENCE AND ANALYSIS (SPRING 2024 1) Quiz Week 11 Quiz is not marked as done.DTSC 4050 SECTION 501 - STATISTICAL METHODS FOR DATA SCIENCE AND ANALYSIS (SPRING 2024 1) QUIZQuiz Week 11 Quiz, due Monday, April 8, 2024 11:59 PM.Week 11 Quiz3 PTSDUE: 11:59 PM Assignment Week 11: Assignment is not marked as done.DTSC 4050 SECTION 501 - STATISTICAL METHODS FOR DATA SCIENCE AND ANALYSIS (SPRING 2024 1) ASSIGNMENTAssignment Week 11: Assignment, due Monday, April 8, 2024 11:59 PM.Week 11: Assignment1 PTSDUE: 11:59 PM INFO 4307 SECTION 001 - KNOWLEDGE MANAGEMENT TOOLS AND TECHNOLOGIES (SPRING 2024 1) Discussion Segment 8 - Enterprise Content Management - Knowledge Retention is not marked as done.INFO 4307 SECTION 001 - KNOWLEDGE MANAGEMENT TOOLS AND TECHNOLOGIES (SPRING 2024 1) DISCUSSIONDiscussion Segment 8 - Enterprise Content Management - Knowledge Retention, due Monday, April 8, 2024 11:59 PM.Segment 8 - Enterprise Content Management - Knowledge Retention30 PTSDUE: 11:59 PM INFO 4709 SECTION 001 - DATA VISUALIZATION (SPRING 2024 1) Quiz Quiz11-Lecture11 (classic) is not marked as done.INFO 4709 SECTION 001 - DATA VISUALIZATION (SPRING 2024 1) QUIZQuiz Quiz11-Lecture11 (classic), due Monday, April 8, 2024 11:59 PM.Quiz11-Lecture11 (classic)6 PTSDUE: 11:59 PM Assignment Assignment3-Extra Credit is not marked as done.INFO 4709 SECTION 001 - DATA VISUALIZATION (SPRING 2024 1) ASSIGNMENTAssignment Assignment3-Extra Credit, due Monday, April 8, 2024 11:59 PM.Assignment3-Extra Credit10 PTSDUE: 11:59 PM Assignment TableauTutorial9-Lab9 is not marked as done.INFO 4709 SECTION 001 - DATA VISUALIZATION (SPRING 2024 1) ASSIGNMENTAssignment TableauTutorial9-Lab9 , due Monday, April 8, 2024 11:59 PM.TableauTutorial9-Lab910 PTSDUE: 11:59 PM DTSC 4050 SECTION 501 - STATISTICAL METHODS FOR DATA SCIENCE AND ANALYSIS (SPRING 2024 1) Assignment Week 12: In-Class Activity is not marked as done.DTSC 4050 SECTION 501 - STATISTICAL METHODS FOR DATA SCIENCE AND ANALYSIS (SPRING 2024 1) ASSIGNMENTAssignment Week 12: In-Class Activity, due Tuesday, April 9, 2024 8:00 PM.Week 12: In-Class Activity1 PTSDUE: 8:00 PM INFO 4230 SECTION 001 - RECORDS MANAGEMENT OPERATIONS (SPRING 2024 1) Assignment Module 11 DMS Specifications Report is not marked as done.INFO 4230 SECTION 001 - RECORDS MANAGEMENT OPERATIONS (SPRING 2024 1) ASSIGNMENTAssignment Module 11 DMS Specifications Report, due Tuesday, April 9, 2024 11:59 PM.Module 11 DMS Specifications Report100 PTS

Description Refer to the attached video and answer the below questions: What did you learn about critical problem solving? In the video they talked about what you get if you google the concept of Design Thinking. What was it? Discuss the one very important step in the process of design that they talked about in the video. What are three critical areas that were discussed in the video? Expand upon them.

Description Overview In Module three, you were introduced to threat modeling. Practicing threat modeling develops a valuable skill. Therefore, in this exercise, you will review two lesser-known attacks and identify the components of a threat model. This exercise is meant to expand your skill set in identifying events and threats while analyzing attacks reported by other organizations. If the component of the threat model is not directly discernable, it is important that you use your previous knowledge and inference experience to try and identify the component. Within the two articles linked in the Reading and Resources section in Module Four of your course, you will find different uses of cryptography and man-in-the-middle attacks. Analyzing cryptographic techniques is an important skill that security analysts practice to better understand data protection. This activity relates directly to the final project, where you will be required to complete a threat model for your project scenario and analyze cryptographic techniques. Take advantage of feedback on this assignment to prepare you for your final project submission in Module Seven. Prompt Analyze the two articles linked in the Reading and Resources section in Module Four of your course. Use this information to fill out the template and address the critical elements listed below. Threat Modeling To complete this assignment, first download the Module Four Stepping Stone Two Template course provided in the What to Submit section. Identify the elements of the threat model by filling in the template for the case studies below. Complete column for Bank Attacksthoroughly and accurately. Complete column for Bluetooth Bugthoroughly and accurately. Cryptographic Techniques Select one of the incidents from the table and analyze the following items: Describe the cryptographic techniques employed by the organization in the article. Describe how a man-in-the-middle attack compromised the cryptographic technique identified above. Describe techniques that could have been used to prevent the man-in-the-middle attack from your selected article.

Description Segment 8 - Enterprise Content Management - Knowledge Retention Instructions: 1. ECM Tool Evaluation: Research and evaluate a ECM tools available in the market. Consider factors such as scalability, integration capabilities, security features, and user interface. Include a recommendation for the best-suited tool for a real or hypothetical organization. 2. Implementation Plan:  Develop a step-by-step implementation plan for introducing an ECM system into a specific industry or organization. This should cover aspects like data migration, user training, and change management strategies. Create a PowerPoint presentation- maximum 20  slides presenting your findings.  The presentation should also include the definition of Enterprise Content Management,  discussion about the impact  of Knowledge retention process and its importance in organizations.  Additional-Optional-Readings: Paper 1 - Knowledge retention: minimizing organizational business loss - ProQuestLinks to an external site.  Paper 2 - Enterprise Content ManagementLinks to an external site. Paper 3 - The transfer of knowledge and the retention of expertise: the continuing need for global assignments - ProQuestLinks to an external site. Reference:  Bender, Silke; Fish, Alan.(2000). The transfer of knowledge and the retention  of expertise: the continuing need for global assignments. Journal of Knowledge Kempston. Vol. 4, Issue 2, p.125.

Description Segment 7 - Knowledge Portals, Data Governance Read textbook Ch. 8 and: Define Knowledge Portals and Data Governance: relevance, challenges, and opportunities in organizations. Comment on 1 posting Recommended Reading (optional) Data Governance ConceptsLinks to an external site. Knowledge Portals: Components, Functionalities, and Deployment Challenges (aisnet.org)Links to an external site.

Description Instructions  Cybersecurity risk management plays a critical role in safeguarding organizations. Every organization is different, making it imperative that each identifies its own biggest risks and then quantifies and prioritizes these risks to make the biggest impact regarding protecting its assets. In your journal, write about cybersecurity risk management strategy. Your journal entry should be two paragraphs long. Overview Journals are private and between you and the instructor only. Approach these activities as an opportunity to reflect upon and apply what you learn each week based on the assigned readings, discussions, and activities. As a successful professional, you will need good reflective and writing skills. Journal activities offer you the opportunity to develop these skills further. The journal entries in this course are graded separately. Prompt First, complete the assigned readings for the week. Then read the journal prompt and write a reflection. Your journal entry should be two paragraphs long and address the prompt provided in each module. In your response, be certain to address the following critical elements: Critical Thinking and Reflection: Support the claims with relevant examples of previous and logical thought processes. Integration and Application: Show excellent depth of knowledge of the module content and exhibit careful consideration of the topic. Voice: Write in a style that is appealing and appropriate for the intended audience and use a consistent voice that is evident throughout.

Description Read the specifications and utilize the additional files. Here is a summary of the specifications. Always rely on the specifications and additional documents. Summary: Create a VS 2022 Solution/Project name: CS320P03LastName. Use a x64 Debug Configuration. Zip up your entire project, test files, and word document describing what works and what doesn't work. Analysis IS Needed as stated in the project. Get started on this early. This has several abstraction layers and many modules and many tests will be needed. Isolate parts and test them. Do not try to write all the code at once. The header file, graph.h, has an implelmentation of an adjacency matrix. Note the vertices are numbered 0, 1, ..., n-1. Also provided is a member function to read the file with the format of data for a graph as specified. The declaration for read is: void read(ifstream& infile). You need to get the file name as indicated in specification and have it opened and "connected" to a ifstream object and passed as a parameter to read. The read member function also builds an adjacency list representation of the graph because of the format of the input data. Because the dynamic programming algorithm is based upon the adjacency matrix represention, the adjacency list is converted to an adjacency matrix. There is also a map object that keeps track of the label of each node. Internally the nodes are numbered 0, 1, ... n-1. However, there can be a string name used (such as "Chicago") for a given node/vertex. 

Description Part II Create the Huffman tree based upon frequency table, the create the Huffman code table based upon the tree. (Difficult).  What needs to be submitted: For each part of the project, please submit the source code(s), the readme document file explaining how to run your code, and the sample input/output file that you used to test your code. Part II sample output: Huffman Codes  a 101 b 001 c 0001 d 00001 e 11  f 1001 g ... h ... ...  z ... - 01 . ... ! 1000 + 000001 

Description The first project involves modifying the attached lexical analyzer and the compilation listing generator code. You need to make the following modifications to the lexical analyzer, scanner.l: 1. The following reserved words should be added: else, elsif, endfold, endif, fold, if, left, real, right, then Each reserved words should be a separate token. The token name should be the same as the lexeme, but in all upper case. 2. Two additional logical operators should be added. The lexeme for the first should be | and its token should be OROP. The second logical operator added should be ! and its token should be NOTOP. 3. Five relational operators should be added. They are =, <>, >, >= and <=. All of the lexemes should be represented by the single token RELOP. 4. One additional lexeme should be added for the ADDOP token. It is binary operator – that is the subtraction operator. 5. One additional lexeme should be added for the MULOP token. It is/ that is the division operator. 6. A new token REMOP should be added for the remainder operator. Its lexeme should be %. 7. A new token EXPOP should be added for the exponentiation operator. Its lexeme should be ^. 8. A new token NEGOP should be added for the unary minus operator. Its lexeme should be ~. 9. A second type of comment should be added that begins with -- and ends with the end of line. As with the existing comment, no token should be returned. 10. The definition for the identifiers should be modified so that underscores can be included, however, no more than two consecutive underscores are permitted, but leading and trailing underscores should not be permitted. 11. One additional type of integer literal should be added, which are hexadecimal integers. The begin with the # character followed by one of more decimal digits, or the letter A-F, in either upper or lower case. 12. A real literal token should be added. It should begin with a sequence of zero or more digits following by a decimal point followed by one or more additional digits. It may optionally end with an exponent. If present, the exponent should begin with an e or E, followed by an optional plus or minus sign followed by one or more digits. 13. The definition for the character literals should be modified so that five additional escape characters are also allowed: '\b', '\t', '\n', '\b' and '\f'.

Description Second discussion should include the following questions ? What did you learn, either from reading or classroom discussions that you applied on the internship? ? Which courses/subjects you feel could be expanded or added that would have helped you perform the internship better? ? How does this internship experience change your views?