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The world of electronics is on the move from one machine to multi-purpose devices, by moving from device to network devices. On the other hand, users face the complexities and problems of establishing a network of connections between devices. Near Field Communication (NFC) is a specification for contactless communication between two devices. NFC is based on the technology used for RFID (radio-frequency identification). NFC is a very important technique which is the integration of technology in mobile phones to make people's lives much easier. Using NFC consumers do not face complications in the hardware configuration for the establishment of a network mobile phone manufacturers, banking institutions and mobile network providers are attempting to apply this technology to Smartphone's and other handheld services because of the opportunity to enable the consumer to use commercial services more easily. To communicate between two devices, bring them together using Protocol NFCIP-1 and establish the wireless network to deal with them is achieved by the exchange of configuration data using NFC. This technology is faster than protocols such as Bluetooth or wireless Ethernet (Wi-Fi).
The combining ability of 30 hybrids between 10 lines and 3 testers evaluated with parents in mungbean revealed significant role of additive and non-additive gene actions, the former being predominant for number of branches per plant and 100-seed weight, and the later for plant height, number of pods/plant, number of seeds/plant and grain yield/plant. Good combining parents for different characters could be identified for use as a favourable source of gene (s) to effect improvement in specific traits. Seven cross combinations for plant height, six for number of branches, six for number of pods/plant, 4 for number of grains/pod and 12 each for 100-grain weight and 10 for grain yield per plant exhibited significant specific combining ability effect. Number of branches per plant can be improved by pedigree selection.