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In dynamic uncertain environments, the investment timing of the firm about adopting the existing new technology is influenced by the rival's actions and technological progress. This paper employs option games approach to present a simplified duopoly continuous time model of technology adoption. In the model, the irreversible investment in adoption of the existing new technology is in strategic competitive circumstances and facing the threat of a further new technology after the competition setting is established. The purpose of the paper is to examine the effect of technological displacement on firms' strategic investment. The results show that rapid displacement of the technology encourages the leader's investment and discourages the follower's investment. Comparing with the optimal timing without the expectation of a further new technology, the firm hastens to invest when no firm has invested; however, once one firm has invested first, the firm will delay its investment. Using mixed strategy analysis,
In dynamic uncertainty environments, the investment timing of the firm about adopting the existing new technology is influenced by the rival's actions and technological progress. This paper employs option games approach to present a simplified duopoly continuous time model of technology adoption. irreversible investment in adoption of the existing new technology is in strategic competitive circumstances and facing the threat of a further new technology after the competition setting is established. The purpose of the paper is to examine the effect of technological displacement on firms' strategic investment. results show that rapid displacement of the technology encourages the leader's investment and discourages the follower's investment. Comparing with the optimal timing without the expectation of a further new technology, the firm hastens to invest when no firm has invested; however, once one has invested already first, the firm will delay its investment. Using mixed strategy analysis,