ALUA 5G Dased ation Engineering. Your evaluations are compulsory included formula/equation, installation, block diagram and etc. work [2] You needs to use the following template: Transactions-template-and-instructions-on-how-to-create-your-article.doc (read the contents of this template): Total pages 3+1 pages including front page which have 6±1 figures/tables/graphs and more than 20 references.

ALUA 5G Dased ation Engineering. Your evaluations are compulsory included formula/equation, installation, block diagram and etc. work [2] You needs to use the following template: Transactions-template-and-instructions-on-how-to-create-your-article.doc (read the contents of this template): Total pages 3+1 pages including front page which have 6±1 figures/tables/graphs and more than 20 references.

Database Systems: Design, Implementation, & Management

11th Edition

ISBN:9781285196145

Author:Steven, Steven Morris, Carlos Coronel, Carlos, Coronel, Carlos; Morris, Carlos Coronel and Steven Morris, Carlos Coronel; Steven Morris, Steven Morris; Carlos Coronel

Publisher:Steven, Steven Morris, Carlos Coronel, Carlos, Coronel, Carlos; Morris, Carlos Coronel and Steven Morris, Carlos Coronel; Steven Morris, Steven Morris; Carlos Coronel

Chapter13: Business Intelligence And Data Warehouses

Section: Chapter Questions

Problem 15RQ

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Can you draw Entity Relationship (ER) diagram based on the text. (Please use the draw.io web site for drawing.) Entity: HoneynetCentralServer Attributes: server_id (Primary Key), cronjob_interval Relationships: one-to-many with Honeypot one-to-one with LogProcessor Entity: Honeypot Attributes: honeypot_id (Primary Key), ip_address, ssh_credentials, server_id (Foreign Key) Relationships: many-to-one with HoneynetCentralServer one-to-many with LogEntry Entity: LogEntry Attributes: log_entry_id (Primary Key), timestamp, message, action_type, attack_level, honeypot_id (Foreign Key) Relationships: many-to-one with Honeypot Entity: LogProcessor Attributes: processor_id (Primary Key), rule_filters, server_id (Foreign Key) Relationships: one-to-one with HoneynetCentralServer Entity: MongoDBAtlasDatabase Attributes: database_id (Primary Key), connection_string Relationships: one-to-many with StoredLogEntry Entity: StoredLogEntry Attributes: stored_log_entry_id (Primary Key), log_entry_id…
Need a Rule set, architecture design and access control matrix for below: RBAC Ruleset: So 1 subjects/owner 1) users (subjects), 2) files (objects), 3) roles, ===can be 4 roles user 4) operations. Roles are abstractions like “researcher,” “analyst,” “system_operator,” or “employee.” Operations are abstract tasks like “reporting,” “analysis,” “compiling” or “view”. Here’s a quick partial example: Jerry assigned NOVA_researcher NOVA_researcher does NOVA_reporting NOVA_reporting can rw NOVA/reports/*.txt
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Q- draw flow diagram case of blockchain in education 'student certificate management' ? then explain the flow diagram.
in_dep (ID, name, salary, dept_name, building, budget ) Choose the following decompositions of in_dep into BCNF when dept_name->building, budget causes a violation of BCNF. id, name, salary, dept_name salary, dept_name, budget dept_name, building, budget id, name, salary
xplain the code below in a step-by-step manner. Also explain what the two join statements intend to achieve. emp = [(1,"Smith",-1,"2018","10","M",3000), \ (2,"Rose",1,"2010","20","M",4000), \ (3,"Williams",1,"2010","10","M",1000), \ (4,"Jones",2,"2005","10","F",2000), \ ] empColumns = ["emp_id","name","superior_emp_id","year_joined", \ "emp_dept_id","gender","salary"] empDF = spark.createDataFrame(data=emp, schema = empColumns) empDF.printSchema() empDF.show(truncate=False) dept = [("Finance",10), \ ("Marketing",20), \ ("Sales",30), \ ("IT",40) \ ] deptColumns = ["dept_name","dept_id"] deptDF = spark.createDataFrame(data=dept, schema = deptColumns) deptDF.printSchema() deptDF.show(truncate=False) # Join statement 1 empDF.join(deptDF,empDF.emp_dept_id == deptDF.dept_id,"outer") \ .show(truncate=False) # Join statement 2 empDF.join(deptDF,empDF.emp_dept_id == deptDF.dept_id,"right")…
Provide the solution of following problem scenarios by implementation of appropriate design patterns: Question 3: Let’s suppose you are developing an E-Commerce application for online mobile shop-ping. Implement Model view controller design pattern to load data from external source and display records on webpage (Insert at least 5 records for each mobile with attributes i.e name, price, quantity, picture and model). In case of any discount on mobile prices, send notifications to registered users.
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1. PART (40%): Evaluation and optimization:A schema of the ski shop information system is given:Customer (cid, name, surname, address, telephone);Employee (eid, name, surname, address, telephone);Purchase (pid, sid, cid, eid, date);Skiis (sid, brand, model, length, hardness)Additional information is given:|Customer| =150 pages, 40 records/page|Employee| = 2 pages, 40 records/page|Purchase| = 2000 pages, 100 records/page|Skiis| = 250 pages, 30 records/pageBuffer can store up to 2500 pages.Let's assume that the following indices are now set on the schema from the previoustask:- Level 2 B+ index on the attribute Purchase.date- Hash index on the attribute Skiis.sidOur DBMS has the following algorithms to perform the join:- Hash join- Index nested loops join- Sort-merge joinTranslate the following SQL query into relational algebra and find the plan that readsthe fewest pages or blocks:SELECT Skiis.model, Skiis.lengthFROM Skiis JOIN Purchase ON (Skiis.sid = Purchase.sid)WHERE Skiis.brand =…

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