Essay On Microservices

First, the microsystem level encompasses roles and relationships in a person’s immediate environment (Rogers, 2013, p. 43). For example, Maria’s relationships and home living situation

This approach aims to be user focused, promote independence and autonomy, provide choice and control for the service

As I settle into my practicum, observe the different roles and responsibilities within the organization and assess the microsystem, I have identified some concerns based on my observations/experiences and how I plan on addressing them in the future.

This microsystem hospital is part of a macro system, a broader, overarching national health care organization (Hickey & Brosnan, 2012). This hospital is certified for 125 beds; although the daily average census ranges from 50-78 patients. The organizational structure falls in line with the flat design, meaning the hierarchical layers are flattened. The chain of command is flattened and the organization is

Establishing and enforcing policies, while providing infrastructure resources and services, consumable by orchestration and automation partners via standard APIs

The microsystem is the system closer to the person and the one in which they have direct contact. Some examples would be home, school, daycare, or work. A microsystem typically includes family, peers, or caregivers. Relationships in a microsystem are bi-directional. In other words, your

With a Strategy in place, work can be identified and prioritized into smaller self-contained work units

Cloud computing offers services to users based on on-demand self-service, broad network access, measured service, resource pooling and rapid elasticity; These characteristics promise a faster time for implementation, lower cost, superior scalability and a better end user satisfaction. These services are delivered in models known as Software As A service (SaaS), Platform As A Service (PAAS), and Infrastructure As A Service (IAAS). The first layer which is the Software As A service (SaaS) is the layer in which software applications are delivered to end users. Below is the Platform As A Service (PAAS) layer which offers a platform on which applications can be developed. The lowest layer is the Infrastructure As A Service (IAAS) layer, in this layer the physical servers and network infrastructure is offered as a service. These services can be deployed throughout the internet (Public Cloud Computing), on the intranet infrastructure, (Private Cloud Computing), in a shared community of private networks (Community Cloud Computing), or a hybrid of both (Hybrid Cloud Computing). The service deployment models are [8]:

Microsystem is the first system in the model and includes settings that a child personally interacts with and is influenced by the most. These settings can include; family, peers, teachers, and community. For instance, my Aunt Betty lived in a household with her parents and six siblings.

The microsystem refers to the activities, social roles and interpersonal relationships experienced by the individual in a face-to-face setting in their immediate environment. Examples of a microsystem include a child interacting with school friends and family. The mesosystem makes reference to the connections between the different aspects of the microsystem, for example the links between family and the work environment as the work environment can affect the family environment. The exosystem refers to the links between two or more settings with at least one of the settings not directly influencing the person, for example, the workplace of a parent and the home environment. The macrosystem is the overarching paradigms of the micro-, meso and exosystems. The macrosystem is the

I think that instead of having a specific goal of say using containers, it should be a goal of iterating faster, more reliably. And then you can use some sort of platform - whatever it is that you're using - to run those containerised workloads in.

The major challenge of the SaaS provider is how to reduce the operational cost involved in leveraging the resources available (private and public Cloud) to process the incoming dynamic user jobs. Specifically, the SaaS provider is faced with the challenge of deciding on the number of VMs to rent and when to rent them so that performance requirement is not sacrificed and cost is minimized considering the probability that a physical server (compute node) or a communication link may fail. In a real world scenario, the SaaS provider is faced with the challenge of making such cost effective decisions in the provisioning of resources to the incoming dynamic and QoS constraints jobs of users on failure prone resources.

To prepare for discontentedness with the Google Cloud Platform we have decided to move a single microservice over to the Google Cloud Platform before we move the whole infrastructure over. This will give us the ability to test it, and allow us to easily back out should we experience any glaring issues. As an extra precaution we have also decided to keep our old infrastructure in place for 6 months after the transition in case we have to fallback. In the future we have decided to continually re-evaluate the different cloud services in case a different cloud provider becomes more appealing than the Google Cloud Platform. This re-evaluation will include the Google Cloud Platform and Amazon Web Services, as well as other major cloud providers like Microsoft Azure and IBM Cloud.

The definition of a Microsystem: People or things in a person 's everyday environment that affects their development. Connecting

(3) Web Services in the Cloud - instead of delivering full applications, this service allows users to access APIs for added functionality.