With the help of genetic engineering it has become possible to create genetically-modified (GM) crops. In the field of agriculture, genetic engineering has done many advancements, and one of it is getting the desirable crop characteristics also known as the traits. Among the many other things that make it a significant improvement is a yield that comes from the traits. With the help of biotechnology, it has become possible to get the improved crop yield and the GM crops attained as a result of genetic engineering of plants have a better and higher return which is as a result of breeding process and biotechnology.
Let us see how it works:
Genetic engineering helps in addressing the particular issues and diseases that can be in the crop and finds the perfect solutions. IT used the technology that helps in improving the specific areas and as a result of which the betterment of crops is done, and it gives better and enhanced yield. In the case of fruits, it helps in improving and longing the shelf life along with reducing the loss of the perishable crops post the harvest.
This course deals with techniques and features related to modulation and demodulation in Analog and Digital Communication Engineering.
The student will be able to learn the high speed switching architecture, LAN technology in detail.
The Internet of Things (IoT) describes the network of physical objects—“things”—that are embedded with sensors, software, and other technologies for the purpose of connecting and exchanging data wi...
This course is fundamental course in Electronics & Communication Engineering