Atiqul Islam

Manages secrets and sensitive information securely. Provides an abstraction on top of a set of secrets stores, allowing developers to handle secrets without storing them in the application code or system environment variables.

Enables your application to save, read, and query key/value pairs in supported state stores. Provides stateful, long-running applications with the ability to build stateful applications that save and retrieve data.

Facilitates communication between applications using a publish-subscribe pattern. Supports Azure Event Hubs as a pub-sub component, allowing for event-driven architecture and asynchronous messaging.

Encapsulates state and behavior in a single unit. Provides a way to model and implement concurrent, distributed, and event-driven systems.

Allows your application to reliably communicate with other applications using HTTP or gRPC. Acts as a reverse proxy that comes with service discovery, access control, metrics, retries, and more.

Integrates your application with various external services, such as Azure Functions, using bindings. Supports Dapr trigger, Dapr service invocation trigger, Dapr topic trigger, and more.

Enhances the visibility and understanding of your application's behavior. Provides metrics, logs, and traces to help you monitor and troubleshoot your application.

Cron jobs are a powerful feature provided by the Dapr framework that allow you to run scheduled tasks at regular intervals. Dapr's Cron binding makes it easy to set up and manage these scheduled jobs in your applications.

Allows you to extend the functionality of Dapr by adding custom middleware components, such as authentication, authorization, and rate limiting.

Supports the execution of long-running, multi-step processes. Enables the orchestration of multiple services and components to achieve complex business logic.

Parses CSV files and provides a data structure that can be used in your application. Simplifies the process of reading and manipulating CSV data.

Processes images and provides image-related functionality. Can be used to manipulate, resize, or transform images in your application.

Extracts data from websites. Allows your application to scrape websites and retrieve information for further processing.

The key benefit of Module Federation is that it enables the decoupling of frontend components, allowing them to be developed, versioned, and deployed independently. This provides teams with greater autonomy and flexibility, as they can update their components without having to rebuild and redeploy the entire application. Additionally, Module Federation enables the sharing of common dependencies between the micro-frontend components, improving performance and reducing overall bundle sizes.

While implementing micro-frontends with Module Federation requires some additional upfront effort and discipline to maintain clean contracts and communication between components, it ultimately leads to a more scalable and maintainable frontend architecture that can better accommodate the needs of large, complex applications.

Md. Atiqul Islam, Shamim Akhter, Tumnun E. Mursalin. “Automated Textile Detect Recognition System using Computer Vision and Artificial Neural Networks''. Enformatika, Transactions on Engineering, Computing and Technology, ISSN 1305-5313, ISBN: 975-00803-2-7, Budapest, Hungary, May 26-28, 2006

Md. Atiqul Islam, Shamim Akhter, Tumnun E. Mursalin, M. Ashraful Amin. “A Suitable Neural Network to Detect Textile Defects.” ICONIP 2006, The 13th International Conference on Neural Information Processing, Hong Kong Convention and Exhibition Centre, Hong Kong, October 3-6, 2006

Md. Atiqul Islam, Shamim Akhter, Tumnun E. Mursalin, M. Ashraful Amin. “Automated System to Detect Textile Defects.” American Journal of Science and Engineering (AJSE), Volume 5, No. 1, August 2006, pp.71-75