runlinc Low Code paper in Springer publications

Abstract

Giving early access to the knowledge and skills on the Internet of Things (IoT) and artificial intelligence (AI) technologies would lead to early innovations and inventions. The introduction of such technology to primary and high school students is felt significant to harness the creativity of youths faster and earlier. In order to do so, it is important to give them access to friendly and easy technologies. This eventually will help them realize the potential of IoT and AI. This project studies two platforms Arduino IDE and runlinc IDE on their user-friendliness, ease of IoT STEM AI application development. A system model-based experimental comparison was carried out. The microcontrollers and sensors are independent variables. The required program code in lines of statements, time taken to develop the program code, and parameters controlled by sensors as dependent variables. The user experience survey was conducted to supplement the experimental findings. The respondents are primary and high school students, university students and teachers, professionals, and researchers. Respondents are largely who had experience of using both Arduino and runlinc. Both the experiment result and the survey showed that the runlinc is easy and faster to realize the development of IoT and AI application development.

https://link.springer.com/chapter/10.1007/978-981-16-0289-4_18

[5:29 PM, 6/7/2025] Victor: Dr songporn , ET Jackson herbert , Dr ivo . Can I suggest the names here , to start writing an article on runlinc ai suggested by srijiana

[5:36 PM, 6/7/2025] Victor: Good morning kendra .

This is my pitch on runlinc ai powered by Google Gemini. For the judges at the innovation competitions.

I use English or other languages to command runlinc AI to create , configuration procedures and explanations to make STEM IoT projects that include sensing, data logging and control to save time so students can add more features win competitions scholarships and jobs while studying

Here's a potential pitch for Runlinc AI powered by Gemini and its potential impact on Cameroon:

Introduction

Runlinc AI, powered by Gemini, is a cutting-edge technology that can revolutionize various sectors in Cameroon. By leveraging artificial intelligence, we can drive innovation, efficiency, and economic growth.

Key Benefits

1. Education: Runlinc AI can enhance learning experiences, personalize education, and improve student outcomes.

2. Healthcare: AI-powered diagnosis, predictive analytics, and personalized medicine can improve healthcare delivery and outcomes.

3. Agriculture: Runlinc AI can optimize crop yields, predict weather patterns, and enhance agricultural productivity.

4. Business: AI-driven insights can inform business decisions, improve customer experiences, and drive economic growth.

Development Opportunities for Cameroon

1. Digital Transformation: Runlinc AI can accelerate Cameroon's digital transformation, enhancing competitiveness and economic growth.

2. Job Creation: AI-powered industries can create new job opportunities, driving employment and economic development.

3. Innovation Hub: Runlinc AI can establish Cameroon as a hub for innovation, attracting investment and talent.

Convincing the Judges

1. Data-Driven Insights: Runlinc AI's data analysis capabilities can provide actionable insights, informing policy decisions and driving development.

2. Scalability: The technology's scalability ensures it can adapt to Cameroon's growing needs.

3. Partnerships: Collaborations with local stakeholders can ensure successful implementation and maximize impact.

Conclusion

Runlinc AI powered by Gemini has the potential to transform Cameroon across various sectors. By leveraging AI-driven innovation, we can drive economic growth, improve lives, and establish Cameroon as a hub for technological advancement.