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Data Center Design Presentation Templates

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Templates Presentation

Transcript: 1- The user creates a New Space 2- During some time it's modified according to the project needs 3- As the space results useful for a whole company or area the user decides to ask for saving it as Template 4-The Collaborate Team takes care of this process 5- The new process covers the Analysis of the Space that we should save as Template and the Estimation to finish it. 6- Also we should contemplate the current release dates to provide the user the go live Date Save Templates with Content Some Issues are: New Process: 1- URLs that are inherited Some items to take in care to know in which Release the Template will go live: Templates Creation Process Columns Duplicated that couldn't be removed Current Process: Advantages and Disadvantages Features that couldn't be enable Content Type Duplicated that couldn't be removed 1- The user creates a New Space 2- During some time it's modified according to the project needs 3- As the space results useful for a whole company or area the user decides to ask for saving it as Template 4-The Collaborate Team takes care of this process, but during it we usually face some issues Duplicated Content Type This Process will be easier if... - The Site Collections are aligned - The user doesn't modify the Template meanwhile the support team is working on it - If the changes are planed with time Missing Features Issues Estimation: Duplicated Columns Hidden Features 1-The complex of the data inside the Space and its estimation. 2-The issues that we found testing it and the estimation related to them . 3- We will accept simple changes until 7 days before the first INT deploy. 4- Once we passed the limit to request changes the Template will go live in the Next Release. 5- If the user request new Changes after the first INT deploy they will be performed to the next release. .Dotx files required - Old Library Template

Data Templates, Templates and Styling

Transcript: WPF Templating Styles Property Triggers Data Triggers Event Triggers Templates Refactoring It is better practice to store templates and other large resources as seperate resource dictionaries. As an example, we would store our custom Listbox in a resource dictionary called CustomListBox.xaml and import it in our App when we want to instantiate that custom control. Control Templates Apply a set of property values to an element Change the appearance of any style-related (read: asthetic) property Used when you need to have a common set of property values on multiple elements Default Style element is FrameworkElement. Specify TargetType to style other elements IsMouseOver = true Visual tree takes the hierarchical tree and expands its elements into all visual components. Control templates are XAML "recipe" for a control. We can copy the contents of a control template and modify it to "reskin" a core WPF control. Templates vs. Styles Although you can find the templates for WPF core controls in MSDN documentation, easiest way is to use Expression Blend. - Add a control - Right Click on control -> Edit Template Templates used for hierarchical data such as TreeViewItem and MenuItem A chunk of XAML markup that defines how a bound data object should be displayed. Visual Tree Hierarchical Data Templates Styles EventTriggers are hooked up to routed events and generally spark an animation related action on the element to which the style applies. Used to bind to properties of the control to which you are applying the template. Useful when the property is not specific to the aspects you are customizing. Event Triggers Item Panel Templates Templates used to override how objects are layed out in a Panel (or any class derived from Panel). DataTriggers work much like PropertyTriggers but operate on any object property instead of just WPF dependency Property. Property Triggers Logical Tree vs. Visual Tree Styles are used to adjust properties of an element. Templates can replace the entire visual tree of an element. Ex. Use template to replace the background of a button with an ellipse or path object. Data Triggers Styles can be inherited from other styles. Simply use the property "BasedOn" in the Style element. Data Templates Logical tree is a representative tree that describes the heirarchical composition of a WPF application. Style Inheritance IsMouseOver = false Define a list of setters that are activated when specific condition is met. Template Bindings Triggers Logical Tree

Data Center Design Group

Transcript: -IpCop firewall was installed to be our Firewall, NAT router, and DHCP server. -With our NAT router and DHCP server we are able to give out our private IP's throughout our network. -We installed Ubuntu Server for our main OpenSource operating system. -Installed OpenStack "Grizzly" as our IASS (Infrastructure As A Service) for our cloud infrastructure. -Having Ubuntu as our main operating system, we have avoided having licensing issues. Where we are Now Our clients goals Screenshot of OpenStack Dashboard Image Files -Move server rack into datacenter in room 2204 -Remove old cables from room and make cable management more effective for our rack -Launch the virtual machines from the OpenStack dashboard. Our Goals Screenshots of OpenStack Network Topolog Description of the Project What our future plans are -The purpose of this cloud hosted OpenStack data center is to provide students in the Webpage classes remote access to the data center. This will help make it easier for the end users. -The data center will also be used by professors for research purposes to better educate future Georgia Southern University students. IT Capstone: Data Center Design Group -Our client asked for us to create a data base using OpenStack so many virtualized Operating Systems and image files could be accessed through the OpenStack dashboard. -The server must be able to handle different types of web interfaces so students could access their specific IP Address and domain names. Where we are Now Where we are Now

Data Center Design

Transcript: Data Center Design Design Principles Sustainability and Efficiency Space Optimization Power Distribution Efficient space utilization in data centers minimizes operational costs and enhances performance. Techniques such as rack optimization and vertical space usage are employed to maximize capacity within limited footprints. Robust power distribution systems are vital for data center operations. Redundancy through UPS and PDUs ensures continuous power supply, while energy-efficient designs can significantly reduce electricity costs without compromising performance. Security Measures Cooling Solutions Energy Efficiency Standards Data centers require stringent security measures to protect sensitive information. Comprehensive strategies include physical security systems, firewalls, and regular audits to ensure data integrity and compliance with standards. Effective cooling solutions mitigate overheating and maintain optimal performance. Techniques like hot aisle/cold aisle containment and innovative cooling technologies enhance energy efficiency while safeguarding equipment longevity. Innovative Approaches for Efficiency and Scalability By: Brayden, Cayden, Jeremy Energy Efficiency Standards like ENERGY STAR and ASHRAE provide frameworks to reduce energy consumption in data centers. Implementing these standards can lead to significant cost savings and lower greenhouse gas emissions. Sustainable Materials Advanced Cooling Technologies Using sustainable materials in data center construction, such as recycled steel and low-VOC paints, minimizes environmental impact. These materials not only reduce waste but also promote a healthier indoor environment. Advanced cooling technologies such as liquid cooling and hot aisle/cold aisle containment optimize energy use by improving airflow and reducing the need for excessive air conditioning. This results in higher efficiency and lower costs. Renewable Energy Sources Incorporating renewable energy sources, such as solar and wind, reduces reliance on fossil fuels. Many data centers are now powered by renewable energy, resulting in a smaller carbon footprint and enhanced sustainability. Future Trends Modular Data Centers Edge Computing Edge computing reduces latency by processing data closer to the source. This trend allows for real-time data handling, improving application performance and user experience while optimizing bandwidth usage. Modular data centers offer flexible and scalable solutions by utilizing pre-fabricated units. This approach allows organizations to expand capacity quickly and efficiently while reducing construction time and costs. Introduction to Data Centers AI in Data Center Management Innovations in Connectivity Artificial intelligence enhances data center management through predictive analytics and automated operations. AI-driven systems can optimize energy usage, anticipate equipment failures, and improve overall efficiency. Advancements in connectivity, such as 5G and high-speed fiber optics, support faster and more reliable data transmission. These innovations enable enhanced data sharing and improved performance for remote services and applications. Definition and Purpose Types of Data Centers A data center is a centralized facility that houses IT equipment, including servers and storage systems, for managing data and applications. Their primary purpose is to provide reliable access to data and support business operations, enabling organizations to leverage technology effectively. There are several types of data centers, including enterprise data centers, managed services data centers, colocation centers, and edge data centers. Each type serves distinct purposes and offers different capabilities based on business needs and IT strategies. Importance in Modern IT Key Components Data centers play a pivotal role in the backbone of modern IT, facilitating cloud computing, big data analytics, and seamless connectivity. They ensure operational efficiency, data safety, and provide scalability for businesses to grow in the digital age. Essential components of a data center include servers, storage systems, networking equipment, power supplies, and cooling systems. These elements work together to ensure data accessibility, reliability, and security, which are critical for effective data management.

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