A vehicle in a wireless communication system, the vehicle comprising: a transceiver (210; 610; 710) comprising: a first radio frequency, RF, module (311; 411a; 511a; 611a; 711aa) placed in a first surface; a second RF module (211b; 411b; 511b; 611b; 711b) placed in a second surface of a plurality of surfaces forming an outer edge of the vehicle, wherein each of the first RF module (311; 411a; 511a; 611a; 711aa) and the second RF module (211b; 411b; 511b; 611b; 711b) comprises at least two antenna elements (20a, 20b); and at least one processor (220; 620) configured to identify state information of the vehicle, select a communication method from a plurality of communication methods based on the identified state information, wherein the plurality of communication methods are determined based on a number of the at least two antenna elements (20a, 20b) and a position of the at least one surface where the at least two antenna elements (20a, 20b) are placed, and control the transceiver (210; 610; 710) to perform the selected communication method by using at least one of the first RF module (311; 411a; 511a; 611a; 711aa) or the second RF module (211b; 411b; 511b; 611b; 711b). a transceiver (210; 610; 710) comprising: a first radio frequency, RF, module (311; 411a; 511a; 611a; 711aa) placed in a first surface; a second RF module (211b; 411b; 511b; 611b; 711b) placed in a second surface of a plurality of surfaces forming an outer edge of the vehicle, wherein each of the first RF module (311; 411a; 511a; 611a; 711aa) and the second RF module (211b; 411b; 511b; 611b; 711b) comprises at least two antenna elements (20a, 20b); and at least one processor (220; 620) configured to identify state information of the vehicle, select a communication method from a plurality of communication methods based on the identified state information, wherein the plurality of communication methods are determined based on a number of the at least two antenna elements (20a, 20b) and a position of the at least one surface where the at least two antenna elements (20a, 20b) are placed, and control the transceiver (210; 610; 710) to perform the selected communication method by using at least one of the first RF module (311; 411a; 511a; 611a; 711aa) or the second RF module (211b; 411b; 511b; 611b; 711b). a first radio frequency, RF, module (311; 411a; 511a; 611a; 711aa) placed in a first surface; a second RF module (211b; 411b; 511b; 611b; 711b) placed in a second surface of a plurality of surfaces forming an outer edge of the vehicle, wherein each of the first RF module (311; 411a; 511a; 611a; 711aa) and the second RF module (211b; 411b; 511b; 611b; 711b) comprises at least two antenna elements (20a, 20b); and at least one processor (220; 620) configured to identify state information of the vehicle, select a communication method from a plurality of communication methods based on the identified state information, wherein the plurality of communication methods are determined based on a number of the at least two antenna elements (20a, 20b) and a position of the at least one surface where the at least two antenna elements (20a, 20b) are placed, and control the transceiver (210; 610; 710) to perform the selected communication method by using at least one of the first RF module (311; 411a; 511a; 611a; 711aa) or the second RF module (211b; 411b; 511b; 611b; 711b).