1665 Database courses

Duration 2 Days 12 CPD hours Overview Understand why Blockchain is needed and where Explore the major components of BlockchainLearn about Hyperledger Fabric and the structure of the Hyperledger ArchitectureLean the features of the Fabric model including chaincode, SDKs, Ledger, Security and Membership ServicesPerform comprehensive labs on writing chaincodeExplore the architecture of Hyperledger FabricUnderstand and perform in depth labs on Bootstrapping the NetworkPerform comprehensive labs to integrate/develop an application with Hyperledger Fabric running a smart contractBuild applications on Hyperledger FabricCourse Outline: This training course has been created to walk you through Chaincode Development, Testing, and Deployment for a Hyperledger Fabric Network catering specifically toward Golang written Chaincode (Fabric?s original Chaincode Language). Additionally as an Application Developer you will learn how to write, and prepare Client Applications using the most mature Standard Development Kit in Hyperledger Fabric, NodeJS. Blockchain Basics (Overview)Hyperledger Fabric Development EnvironmentKnowing the Difference: ComposerChaincode Use CasesChaincode BasicsGolang Shim DevelopmentDatabases for the DeveloperChaincode Dev. Deployment and InteractionsClients & SDK Development: Fabric-NetworkClients & SDK Development: Fabric-Client InteractionsLogging and Monitoring

Producing well-structured and coherent academic papers is a crucial skill for students at all levels. Whether writing essays, term papers, or research assignments, understanding the essential principles of academic writing helps in presenting ideas clearly and persuasively. Strong writing skills not only improve grades but also enhance critical thinking and communication abilities. One of the first steps in crafting a high-quality paper is selecting a strong topic. When given the freedom to choose, students should focus on subjects that genuinely interest them while ensuring there is sufficient research material available. Exploring analytical research paper topics can be a useful approach, as these require students to evaluate, interpret, and provide evidence-based arguments. Choosing a topic with depth allows for a more comprehensive analysis and makes the writing process more engaging. Once a topic is established, conducting thorough research is essential. Gathering information from reputable sources such as scholarly journals, books, and academic databases helps strengthen arguments. Organizing research notes efficiently prevents last-minute scrambling for sources and ensures proper citation of references, which is vital for maintaining academic integrity. Keeping track of key points during research also helps in structuring the paper effectively. A well-defined thesis statement is the foundation of any strong academic paper. This statement should clearly express the main argument or perspective of the work and provide direction for the entire essay. A precise and arguable thesis helps keep the content focused and ensures that every paragraph contributes to supporting the central claim. Without a solid thesis, papers may lack cohesion and appear unfocused. Structuring the paper effectively is another crucial aspect of academic writing. A logical arrangement of ideas enhances readability and allows readers to follow arguments easily. Standard academic papers typically follow an introduction-body-conclusion format. The introduction should present background information and introduce the thesis, while body paragraphs should each focus on a single supporting point, providing evidence and analysis. The final section should reinforce key arguments and leave a lasting impression on the reader. Time management plays a significant role in producing high-quality academic work. Many students struggle with deadlines, often resulting in rushed assignments that lack depth and clarity. Breaking the writing process into manageable steps—such as brainstorming, researching, outlining, drafting, and revising—allows for a more structured and less stressful approach. Planning ahead also ensures there is enough time to refine arguments and improve the overall presentation. Careful editing and proofreading are essential to producing polished work. After completing the first draft, students should review their writing for clarity, coherence, and grammatical accuracy. Reading the paper aloud can help identify awkward phrasing and inconsistencies. Additionally, seeking feedback from peers, professors, or even using a review essay writing service can provide valuable insights for improvement. Tools like grammar checkers and plagiarism detectors can further enhance the final version before submission. Mastering academic writing requires consistent practice and attention to detail. By focusing on topic selection, thorough research, logical structuring, and careful revision, students can develop their writing skills and create compelling, well-argued papers that stand out in any academic setting.

Duration 2 Days 12 CPD hours This course is intended for Application Developers Business Analysts Developer End Users Functional Implementer Java Developer System Analysts Technical Administrator Overview Create administrator-level personalizations Personalize configurable pages Utilize advanced personalization features Implement flexfields on OA Framework-based pages Create custom look and feel definitions Create user-level personalizations This course will be applicable for customers who have implemented Oracle E-Business Suite Release 12 or Oracle E-Business Suite 12.1. This course will be applicable for customers who have implemented Oracle E-Business Suite Release 12 or Oracle E-Business Suite 12.1.

Duration 5 Days 30 CPD hours This course is intended for The course provides an intensive hands-on experience for key system administration tasks with the goal of making the system administrator job-ready. Overview Administer the Oracle Solaris 11 Host on an Existing Network Administer Oracle Solaris Zones Control Access to Systems and Files Install Oracle Solaris 11 Operating System Administer User Accounts Administer System Processes and Schedule System Tasks Manage Data by Using ZFS Manage Boot and Shutdown of a System Administer Services by Using SMF Administer Software Packages by Using IPS and Manage Boot Environments Describe the use of IPS in packaging the Oracle Solaris OS Manage boot environments Updating the OS by using IPS The Oracle Solaris 11 System Administration training covers the full range of introductory system administration tasks on Oracle Solaris 11.3 OS. The topics covered range from installing the operating system on a single system, to monitoring and basic troubleshooting. The Oracle Solaris 11 System Administration course is designed to provide new system administrators, as well as enterprise system administrators who are new to the Oracle Solaris 11 Operating System, with the skills they need to perform their job tasks successfully and efficiently. Installing Oracle Solaris 11 Operating System Introduction to Oracle Solaris 11 OS Planning for Oracle Solaris 11 OS installation Installing Oracle Solaris 11 OS by Using the Live Media Installer Installing Oracle Solaris 11 OS Using the Text Installer Verifying the OS Installation Managing Boot and Shutdown of Systems Analyze the boot design and boot process Boot a SPARC-based system Boot an x86-based system Shut down a system Administering Services by Using SMF Describing SMF and its components Administering SMF Services Administering Software Packages by Using IPS and Managing Boot Environments Describing IPS, its components, and interfaces Configuring an IPS Client to Access the Local IPS Repository Managing Package Publishers Managing Software Packages Managing Signed Packages and Package Properties Describe the use of IPS in packaging the Oracle Solaris OS Manage boot environments Updating the OS by using IPS Managing Data by Using ZFS Introducing ZFS Administering ZFS Storage Pools Administering ZFS File Systems Administering ZFS Properties Administering ZFS Snapshots and Clones Administering the Network Reviewing Networking Fundamentals Administering Datalink Configuration Administering a Network Interface Administering Profile-Based Network Configuration Configuring a Virtual Network Verifying the Network Operations Managing Resources on the Virtual Network Administering Oracle Solaris Zones Introducing Oracle Solaris Zones Configuring an Oracle Solaris Zone Determining an Oracle Solaris Zone Configuration Controlling Access to Systems and Files Controlling Access to Systems Controlling Access to Files Securing Access to Remote Host Administering User Accounts Getting Started with the User Administration Setting Up User Accounts Maintaining User Accounts Configuring User Disk Quotas Managing System Processes and System Tasks Managing System Processes Scheduling System Administration Tasks

Duration 1 Days 6 CPD hours This course is intended for This course is intended for data warehouse engineers, data platform engineers, and architects and operators who build and manage data analytics pipelines. Completed either AWS Technical Essentials or Architecting on AWS Completed Building Data Lakes on AWS Overview In this course, you will learn to: Compare the features and benefits of data warehouses, data lakes, and modern data architectures Design and implement a data warehouse analytics solution Identify and apply appropriate techniques, including compression, to optimize data storage Select and deploy appropriate options to ingest, transform, and store data Choose the appropriate instance and node types, clusters, auto scaling, and network topology for a particular business use case Understand how data storage and processing affect the analysis and visualization mechanisms needed to gain actionable business insights Secure data at rest and in transit Monitor analytics workloads to identify and remediate problems Apply cost management best practices In this course, you will build a data analytics solution using Amazon Redshift, a cloud data warehouse service. The course focuses on the data collection, ingestion, cataloging, storage, and processing components of the analytics pipeline. You will learn to integrate Amazon Redshift with a data lake to support both analytics and machine learning workloads. You will also learn to apply security, performance, and cost management best practices to the operation of Amazon Redshift. Module A: Overview of Data Analytics and the Data Pipeline Data analytics use cases Using the data pipeline for analytics Module 1: Using Amazon Redshift in the Data Analytics Pipeline Why Amazon Redshift for data warehousing? Overview of Amazon Redshift Module 2: Introduction to Amazon Redshift Amazon Redshift architecture Interactive Demo 1: Touring the Amazon Redshift console Amazon Redshift features Practice Lab 1: Load and query data in an Amazon Redshift cluster Module 3: Ingestion and Storage Ingestion Interactive Demo 2: Connecting your Amazon Redshift cluster using a Jupyter notebook with Data API Data distribution and storage Interactive Demo 3: Analyzing semi-structured data using the SUPER data type Querying data in Amazon Redshift Practice Lab 2: Data analytics using Amazon Redshift Spectrum Module 4: Processing and Optimizing Data Data transformation Advanced querying Practice Lab 3: Data transformation and querying in Amazon Redshift Resource management Interactive Demo 4: Applying mixed workload management on Amazon Redshift Automation and optimization Interactive demo 5: Amazon Redshift cluster resizing from the dc2.large to ra3.xlplus cluster Module 5: Security and Monitoring of Amazon Redshift Clusters Securing the Amazon Redshift cluster Monitoring and troubleshooting Amazon Redshift clusters Module 6: Designing Data Warehouse Analytics Solutions Data warehouse use case review Activity: Designing a data warehouse analytics workflow Module B: Developing Modern Data Architectures on AWS Modern data architectures