Let Us Create A Lambda Function for Our IoT Device In The AWS Cloud Using C#

Chakraborty, Sudip; Aithal, P. S.

doi:10.47992/ijmts.2581.6012.0276

Cited by 17 publications

(1 citation statement)

References 16 publications

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“…The paper [17] guides us to create an Alexa profile, 11) Install Microsoft Visual Studio and install the c# language suite. The paper [14] guides us in creating a lambda function for our IoT device.…”

Section: Methodsmentioning

confidence: 99%

Alexa Enabled Medicine Reminder for Elderly People Using AWS IoT, ESP Module, and C#

2023

IRJMETS

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Purpose:The paper aims to create a user-friendly, voice-controlled medicine reminder system tailored for elderly individuals using Alexa voice service. It focuses on integrating AWS IoT and Alexa Voice Service to enable seamless communication between the device and users. The goal is to leverage IoT capabilities for monitoring medication schedules and using voice commands to set reminders. The system intends to provide timely reminders and monitoring, enhancing medication adherence. Incorporating the ESP module enables internet connectivity, ensuring efficient communication with Alexa Voice Service. The paper's focus on using C# programming language highlights the technical aspects of development, emphasizing its role in crafting the application logic and connectivity with AWS IoT and Alexa.Design/Methodology/Approach: The methodology of creating a simulated Alexa-enabled IoT device is demonstrated, employing various Amazon cloud services to execute the process flow. A proficient IoT-enabled medication alarm is designed to remind patients to take medication through sound and visual warnings, emphasizing a co-design approach for usability. An IoT-based medicine reminder system utilizing an ESP module and audio-visual alerts is developed to ensure medication adherence through timely reminders.Findings/Result: A proposed IoT-enabled medication alarm emphasizes its usefulness in medication management by reminding patients to take medicine as prescribed. Developing an IoT-based medicine reminder system employing an ESP module for time synchronization from an internet-based server aids medication adherence.Originality/Value: Innovation and originality often stem from recontextualizing or moving familiar ideas from one domain to another, fostering novelty by repurposing existing concepts in new settings. Teaching originality in academia is about scholarly contribution, engagement, and the ability to create meaningful connections within one's field of study.

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Section: Methodsmentioning

confidence: 99%

Alexa Enabled Medicine Reminder for Elderly People Using AWS IoT, ESP Module, and C#

2023

IRJMETS

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Communication Channels Review For ESP Module Using Arduino IDE And NodeMCU

Chakraborty,

Aithal

2024

IJAEML

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Purpose: Wireless communication is a common scenario in our everyday lives. There are several strong reasons why wired communication is becoming obsolete. Every day, in every field, devices are becoming wifi, the primary communication medium. The researcher is also integrating the Wifi into their project. In the Wi-Fi category, the ESP module from Espressif Systems is the most popular in the embedded world. Several board variations and modes of communication are also available. When we integrated the ESP module into our project, we faced several challenges due to the vast amount of information available over the net. Finding a workable code is a time-consuming task. Here, for the researcher, we provide a summary of the Esp module communication in various forms. All provided codes are tested in our labs and available on the Github repository for easy integration. Design/Methodology/Approach: we created the software environment to test each communication channel. We use an ESP8266-based NodeMCU module. We use our online server to test the communication channels in several scenarios. A fiber optic backbone was used to get better performance. To program the nodemcu, we used Arduino IDE. It is a popular and rapid prototyping platform. The two modules were used for client-server communication. Findings/Result: we tested various communication modes available for the NodeMCU module. To avoid communication latency, we integrate a high-bandwidth internet backbone. Among the available modes, we found that an MQTT performs better response. The other modes suffer data updation delays due to inherent protocol overhead. For real-time sensor applications, the lite weight MQTT protocol is the best way to integrate it into our research. Originality/Value/ Novelty: The ESP module has been used in various research projects for decades. There are plenty of documents available around the globe. But the scenario is that when we start finding the effective code for our research project, most of the time, it consumes our valuable time. We need to provide the tested code to the researcher. So through this research work, the researcher can get esp module tested code for the available mode of communication. Type of Paper: Experimental-based Research.

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Smart LPG Leakage Monitoring and Control System Using Gas Sensor (MQ-X), AWS IoT, and ESP Module

Chakraborty,

Aithal

2024

IJAEML

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Purpose: Nowadays, LPG is used in almost every kitchen for cooking. It has lots of advantages over other cooking fuels. We need to maintain compliance when we cook using it. The gas flows through a couple of equipment like a regulator, pipe, knob, and burner. If equipment got damaged or the regulator was kept on after cooking, it emitted the gas. This event is dangerous and destructive. So, once it is emitted, it should be detected immediately, and emissions should be stopped. There are several sensors available to detect the gas. We demonstrate using this sensor to build an intelligent gas monitoring system here. When the gas is detected, we regulate the valve and stop the gas emission using the control mechanism. Design/Methodology: There are two approaches to designing the LPG detector for the researcher. One approach is to create from scratch, using the raw sensor, creating the schematics, and then building the PCB. After that, the components are assembled and tested in a natural environment. Finally, it would be best if we pack within a suitable enclosure. It takes time to make a testable product. The other approach is for rapid prototyping. Here, we followed the fast procedure. To minimize the hardware overhead, we purchased one complete gas detector system, which is available in the market, and then we added our intelligence to it. Findings/Result: We tested the prototype in a natural environment. The result was found as expected and very promising. We inject the LPG into the sensor. After a couple of seconds, the built-in relay got energized. The ESP module sends the message to the predefined mobile number. Originality/Value: Several projects have already been done to detect LPG leakage. Most of the project monitors gas; it produces an alarm if leakage happens. But here we added a couple of facilities. One is when gas leakage is detected instantly; it triggers the close of the regulator valve. The second one is the incident time, which will be uploaded to the cloud, not local device memory. It will help for audit purposes. Once a leak is detected, we can send the message to the What’s App. These features provide value to the user. Type of Paper: Experimental-based Research.

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Let Us Create A Lambda Function for Our IoT Device In The AWS Cloud Using C#

Cited by 17 publications

References 16 publications

Alexa Enabled Medicine Reminder for Elderly People Using AWS IoT, ESP Module, and C#

Alexa Enabled Medicine Reminder for Elderly People Using AWS IoT, ESP Module, and C#

Communication Channels Review For ESP Module Using Arduino IDE And NodeMCU

Smart LPG Leakage Monitoring and Control System Using Gas Sensor (MQ-X), AWS IoT, and ESP Module

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