Simultaneous processing tasks
You may never have heard of multithreading, but it is crucial to computer processes. Threads enable a single computer program to execute multiple threads (tasks) simultaneously.
This improves how your computer uses resources like the CPU, RAM, and I/O devices, which include the keyboard, mouse, monitor, and USB devices.
Multithreading allows multiple threads or tasks to be executed simultaneously, improving application performance and response speed. This tool is handy in situations where people can perform tasks in parallel.
In a multithreaded environment, each thread can manage different tasks, ensuring more efficient processing. One thread can perform calculations, another can manage user input, and a third can handle network communication.
This parallel execution speeds up the execution of your programs and improves the user experience. Your applications remain responsive, even when they have to perform heavy tasks.
What is thread management?
We have worked hard to develop our special algorithms to make the most of multithreading. These algorithms optimize thread management by ensuring efficient resource allocation and enabling effective communication and coordination between threads.
Biqe’s algorithms improve the performance of multithreaded applications. We do this by focusing on load balancing, thread priority, and reducing conflicts for shared resources.
Our special way of multithreading considers our tasks' specific needs and features. We examine the workload and adapt our algorithms accordingly. This helps them manage different levels of complexity and resource requirements.
This flexibility helps us deliver high performance in many areas, including simple desktop software and complex server tasks.
We developed unique algorithms
In short, multithreading is a crucial method. It helps to use computer resources better and keep tasks running smoothly. Our commitment to developing innovative algorithms in this area reflects our dedication to improving application performance and providing users with a seamless experience.
We use multithreading to expand the possibilities of software development. Our goal is to provide solutions that meet today's computing needs. BIQE has developed unique algorithms for implementing multithreading, which enables the effective and balanced use of computer resources.
BIQE software uses threads
BIQE consists of many complex components, such as Cache, Gallery, Image Control, Image filters, and more. All these components perform resource-intensive tasks and use multi-threading to function effectively. Our software manages threads to ensure that the application's main thread (the UI thread) has sufficient resources. This ensures that the application runs smoothly and responds quickly.
A good example of this is our new Image Control. With Image Control, you can display and scale enormous images. At the same time, the application's main thread (UI thread) remains free, keeping the application responsive, which is crucial.
BIQE vs IrfanView
For comparison, we ran tests and opened large files in Irfan View. This program has similar functions for scaling and scrolling large images. In IrfanView, the main thread experienced heavy loading, which was clearly noticeable in the delays (interruptions in responsiveness) of the application. We have developed several complex products that perform resource-intensive tasks. Modern processors have many cores, so we are constantly investigating how to actively use all available cores.
In this LinkedIn video, you see BIQE Image Control versus IrfanViewBIQE software is unique
Developing multithreaded applications is a highly complex task. Our software solutions and products show that we are up to the task. Take our new version of the Gallery.
Our Image Gallery can load hundreds of thousands of pages! That is exceptionally unique! As you browse this Gallery, you can find information about the pages. You can also load thumbnail views quickly.
This new, mighty Gallery is part of a version known as BIQE3, which the company will release in the fourth quarter of 2025.
These innovations in Image Control and Gallery deserve their product. In my entire programming career, I have never seen such controls. I think development companies need such controls, as does the development of BIQE3 for Windows operating systems.