Implementation of Domingo Ferrer's a New Privacy Homomorphism (DF a New PH) in Securing Wireless Sensor Networks (WSN).
Levent Ertaul, Johan H. Yang · 2008
aggregation is substantial in eliminating information redundancy and increasing the lifetime of the network. However, in its implementation, the data are being transmitted in clear hence are prone to security attacks. The Homomorphic Encryption Schemes (HES) provide the most advantage in securing the data on limitedresourced WSN devices by allowing operations to be performed on the ciphertext as if the operations are performed on the plaintext. The other conventional encryption schemes fall short compared with HES because they demand too much of resources. The HES that secures WSN’s data aggregation can conserve the much needed power source while providing the security. When HES is used, the End-to-End encryption is achieved where the information is secured from the