<caption><image_0>The image is a slide from a presentation on the topic of soil quality evaluation. It has a title that reads "What is Parameter?" Below the title, there is a question that explains that a parameter is an important element to consider in evaluation or comprehension of an event, project or situation. 

The slide has a white background and black text. The text is divided into three sections. The first section is titled "For example, for the evaluation of soils quality, moisture, organic nutrient, inorganic nutrient, temperature and pH are a few things to consider. We can say that these are the parameters to consider for soil quality evaluations. Parameters are measured by devices which are generally referred as sensors."

At the bottom of the slide, there are two bullet points that explain the purpose of the question.</caption><transcript><audio_1> Welcome to this lecture on Parameter Sensing. I am Neeta Singh with A. G. Moog's team at IIT, K. Let us see what is parameter. A parameter is an important element to consider</transcript><transcript><audio_2> of an event, project or situation. For example, for the evaluation of soil quality, moisture, organic nutrient, inorganic nutrient, temperature and pH are</transcript><transcript><audio_3> These are the parameters to consider for soil quality evaluation. Parameters are measured by devices which are generally referred as sensors.</transcript><transcript><audio_4> In present times, in almost every field sensing technology is used for achieving precision and perfection and with the advancement in technologies sensors are becoming more and more widespread and commonplace.</transcript><caption><image_5>The image is a diagram that shows the different types of medical devices that are used in everyday life. The diagram is divided into six sections, each representing a different type of device. 

The first section on the top left shows a stethoscope, which is a type of medical device used to measure the blood pressure and pressure of a patient. The second section shows a blood pressure monitor, which can be used to monitor and monitor the patient's blood pressure. The third section shows an electronic device, which appears to be a thermometer, and the fourth section shows the device itself.

In the center of the diagram, there is a blue circle with the text "Secure Devices in Everyday Life" written in white. Below the circle, there are six smaller images that represent the different devices. The first image on the bottom left shows an image of a hand holding a device, the second image shows a hand with a device attached to it, the third image shows two hands holding a tablet, the fourth image shows three hands holding the device, and and the fifth image shows another device connected to a network of interconnected lines and dots, representing the interconnectedness of the devices.</caption><transcript><audio_6> sensors in daily life. Today's smartphones are supported with many sensors. Here are a few very commonly used sensor devices. You must be familiar with most of these devices like stethoscope,</transcript><transcript><audio_7> level sensor, anemometer, touch sensor, CO2 gas sensor. Mobile technology uses many sensing techniques and a smartphone is generally equipped with proximity range sensor,</transcript><caption><image_8>The image is a diagram that shows the different types of sensors that can be used in mobile technology. The diagram is divided into four sections, each representing a different type of sensor.

The first section is labeled "Sensors - Sensing Techniques - Mobile Technology". It shows a smartphone with various sensors such as accelerometer, gyroscope, magnetometer, barometer, proximity, light sensor, touch screen, camera (front), and camera (back). The second section is titled "GPS", which is a device that allows the user to monitor and control the device's movements. The third section is labelled "Bluetooth", which means that the device is connected to a wireless network. The fourth section is highlighted in blue, indicating that it is a GPS device. The fifth section is numbered "14 Sensors", indicating that this is the 14 sensors that are used in the device.</caption><transcript><audio_9> notice that there are 14 sensors in this picture. In agriculture sensing techniques for crop biomass detection, weed detection, soil properties and nutrients are more</transcript><caption><image_10>The image is a slide from a presentation about Sensing Techniques in Agriculture. It has a white background and black text. The slide is divided into three sections.

The first section is titled "Sensing techniques for crop biomass detection, weed detection, soil properties and nutrients are most advanced and can provide the data required for site specific management." The second section is labeled "On the other hand, sensing techniques for disease detection and characterization, as well as crop water status, are based on more complex interaction between plant and sensor, making them more difficult to implement."

At the bottom of the slide, there is a title and a brief description of the topic.</caption> Hello Hello and Welcome to this lecture on Parameter Sensei Neeta from Education at ITI Let's See What is Parameter Parameter Reaction Important Element to Consider in Evaluation and Comprehension of Events Project and Situation for Example for the Invention of Soil Positive Marshall Organic Nutrients in Organic Nutrients Temperature and pH of Things to Consider When to Debit The Parameters to Consider for Soil Positive Vibration Parameters of Mid-day Device This Idea Generally Research Centers This World Tools for Sensing Technology in Present Times in Almost Every Field Printing Technology is Used for Achieving  Present and perfection and give the advancement in technologies senses which means more and more widespread and common place where jus my device is equipped with sensors in telugu live today smartphone supported with money research center of you very commonly used since the devices you must be familiar with Most of this device is like status Refer to organization Thermometer Sound level sensor Anemometer Touch sensor CO2 gas leakage My mobile technology use My sensing techniques and smartphone It is generally equipped with its proximity sensor Light sensor Also notice for light sensor Daughter of tenses in this picture  In agriculture sensing techniques for crop biomass detection with detection soil properties and nutrients all most
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