Reversible gates are acquiring interest in the new past because of its less warmth dispersing attributes. The reversible rationale gates are not quite the same as the ordinary rationale gates. Though in reversible rationale gates, there is no inner exchanging of signs and thus the warmth dispersal can be limited. Also, reversible circuits are latent-fault-free. Most reversible logic gates dissipate a large amount of garbage outputs, which occupies a vast quantity of space. By utilizing these garbage outputs in an efficient manner, spaces can be set aside and the accuracy of the output could also be preserved. Here three reversible logic gates called KS, KIRS and KIRANTHI have been designed newly which utilizes the garbage output in an efficient manner. Furthermore, these gates have been implemented in a well-equipped network circuit along with the Wireless Sensor Network environment and the efficiency of each reversible gates’ output has been verified.

可逆式闸门由于其较不温暖的分散特性而引起了人们对新过去的兴趣。可逆基本原理门与普通基本原理门并不完全相同。尽管在可逆基本原理门中，没有符号的内部交换，因此可以限制温暖的散布。同样，可逆电路也没有潜在故障。大多数可逆逻辑门会耗散大量垃圾输出，这会占用大量空间。通过有效地利用这些垃圾输出，可以留出空间，还可以保持输出的准确性。在这里，新设计了三个可逆逻辑门KS，KIRS和KIRANTHI，它们以有效的方式利用了垃圾输出。此外，