Zonex Free Sample
Hebe Newnam
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This introductory online cooking lesson gives an example of what the Blue Zones Cooking Course looks like for people interested in taking the entire course. It focuses on the Latin American cooking Lesson along with an introduction from Dan Buettner video feature which is used through the entire course. Take the sample and see what you think before taking the full cooking course.
An Azure landing zone is an environment that follows key design principles across eight design areas. These design principles accommodate all application portfolios and enable application migration, modernization, and innovation at scale. An Azure landing zone uses subscriptions to isolate and scale application resources and platform resources. Subscriptions for application resources are called application landing zones, and subscriptions for platform resources are called platform landing zones.
An Azure landing zone architecture is scalable and modular to meet various deployment needs. The repeatable infrastructure allows you to apply configurations and controls to every subscription consistently. Modules make it easy to deploy and modify specific Azure landing zone architecture components as your requirements evolve.
The Azure landing zone conceptual architecture (see figure 1) represents an opinionated target architecture for your Azure landing zone. You should use this conceptual architecture as a starting point and tailor the architecture to meet your needs.
Design areas: The conceptual architecture illustrates the relationships between its eight design areas. These design areas are Azure billing and Microsoft Entra tenant, identity and access management, management group and subscription organization, network topology and connectivity, security, management, governance, and platform automation and DevOps. For more information on the design areas, see the Azure Landing Zone environment design areas.
Resource organization: The conceptual architecture shows a sample management group hierarchy. It organizes subscriptions (yellow boxes) by management group. The subscriptions under the "Platform" management group represent the platform landing zones. The subscriptions under the "Landing zone" management group represent the application landing zones. The conceptual architecture shows five subscriptions in detail. You can see the resources in each subscription and the policies applied.
Platform landing zone: A platform landing zone is a subscription that provides shared services (identity, connectivity, management) to applications in application landing zones. Consolidating these shared services often improves operational efficiency. One or more central teams manage the platform landing zones. In the conceptual architecture (see figure 1), the "Identity subscription," "Management subscription," and "Connectivity subscription" represent three different platform landing zones. The conceptual architecture shows these three platform landing zones in detail. It depicts representative resources and policies applied to each platform landing zone.
Application landing zone: An application landing zone is a subscription for hosting an application. You pre-provision application landing zones through code and use management groups to assign policy controls to them. In the conceptual architecture (see figure 1), the "Landing zone A1 subscription" and "Landing zone A2 subscription" represent two different application landing zones. The conceptual architecture shows only the "Landing zone A2 subscription" in detail. It depicts representative resources and policies applied to the application landing zone.
Accelerators are infrastructure-as-code implementations that help you deploy an Azure landing zone correctly. We have a platform landing zone accelerator and several application landing zone accelerators you can deploy.
There's a ready-made deployment experience called the Azure landing zone portal accelerator. The Azure landing zone portal accelerator deploys the conceptual architecture (see figure 1) and applies predetermined configurations to key components such as management groups and policies. It suits organizations whose conceptual architecture aligns with the planned operating model and resource structure.
You should use the Azure landing zone portal accelerator if you plan to manage your environment with the Azure portal. If you want to use Bicep or Terraform, see the Bicep and Terraform deployment options. Deploying the Azure landing zone portal accelerator requires permissions to create resources at the tenant (/) scope. Follow the guidance in Tenant deployments with ARM templates: Required access to grant these permissions.
Application landing zone accelerators help you deploy application landing zones. Use the list of available application landing zone accelerators in the Azure Architecture Center and deploy the accelerator that matches your scenario.
The Model Campus Safe Zones Resolution language available to download from this page (see links, above) was developed for K-12 school districts that are contemplating adopting protections for their immigrant students. We recommend that any resolution contain language to address these critical issues:
The model resolution provides sample language for these issues. We encourage you to use this language as a template and to adopt as many pieces to fit the needs of your school district. We also encourage you to add additional points beyond what is in this resolution and to share your creative and innovative ideas with us.
I have a time series data recorded in different time zones (sample figure attached). Please note that the time information is in UTC. I need to convert them to local time (AM/PM) automatically for a large dataset. I have attached sample data and any help in this regard is highly appreciated.
You can use the TimeZone property for MATLAB's datetime data type to do the conversion for you. The only complication is then getting MATLAB to "forget" the timezone info so that you can just have a simple dataset with your desired datetimes. I've achieved this going via datenum below:
Note also you would replace my dummy data at the top with readtable or similar to bring in the data, but I've assumed that the source data is entirely cells of chars, i.e. you may need to be careful of readtable "cleverly" detecting a datetime column, this may mean you have to handle it differently in the loop or provide additional arguments to readtable to prevent this automation.
Next, we need to convert each datetime from being in UTC to being in the specified TimeZone. Because a datetime array has a single TimeZone for the entire array, we must create a cell array of results. So, here's a function that takes a datetime and a time zone, and returns a new datetime wrapped in a cell array.
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Uganda is hosting over 1 million refugees with about 114,716 (OPM Nov 2019) of them settled in Kyangwali refugee settlement. This rapid influx of refugees has put pressure on basic social services including education, food, shelter and WASH infrastructure. In order to efficiently and effectively improve WASH service delivery in the settlement, there is need for accurate and reliable information on which to base programmatic decisions.
Kyangwali settlement has had a number of interventions by different partners, and in as much as there were access indicators obtained regularly by the partners that provide extremely useful average figures at settlement level, there has been a gap in the in-depth understanding of the situation at household level and to account for disparities within the settlement so as to measure the impact of the interventions.
The survey mainly utilized 2 methods: Household questionnaire survey and documentary review. The survey covered all the five zones of the settlement, with samples drawn from all the villages in the different zones. Sample sizes for each zone were calculated using the UNHCR sample size determination tool. A sample of 403 (only refugees) was interviewed using household questionnaire survey administered through Kobo collect and Open Data Kit (ODK) tool. Reviewed documents included: partners periodic updates, minutes of WASH meetings.
As a consumer-led and focused organisation, Imperial Brands is aware many adult smokers and Next Generation Product (NGP) users are interested in how our potentially harm reduced products also compare with combustible cigarettes in terms of certain cosmetic endpoints.
A specific focus area our consumer insights highlighted was teeth staining, so we collaborated with an oral care and hygiene specialist to determine the impact of the following products on tooth enamel:
Scientists created samples of solutions exposed to each product using phosphate-buffered saline (PBS) as a carrier, deemed representative of product use. A negative control was also created, simply consisting of PBS.
Exhumation of granulites from middle to lower crustal depths to the surface involves different exhumation mechanisms (for example, see reviews by [1, 2] and references therein). One of the most important mechanisms is exhumation along shear zones. Shear zones experience simple shear deformation with various proportions of pure shear ([3], which vary with different mineral assemblages that depend on PT condition and fluid composition. Quartz-rich shear zones are specifically characteristic for their variations in dynamic recrystallization processes that include bulging (BLG, [4, 5]), subgrain rotation (SGR), and grain boundary migration (GBM, [6]) depending on temperature flow stress and strain rate. Hence, studies of shear zones lead to our understanding of how flow stress and strain rate variations account for the exhumation of the granulite at different levels of the crust.
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