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With Whom Do Technology Sponsors Partner During Technology Battles? Social Networking Strategies for Unproven (and Proven) Technologies

机译:技术竞赛期间,技术赞助商与谁成为合作伙伴?未经验证(和经过验证)的技术的社交网络策略

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The academic literature on technology battles has grown rapidly since the 1970s, tracking the ever-expanding role of information and communication technologies in our daily lives. An intriguing thread in this literature pertains to the influence of social networks on standards setting processes. While scholars acknowledge networks' importance, their relevance to sponsors' efforts to diffuse their technologies and establish them as de facto standards have been neglected. We theorize that sponsors choose alliance partners according to their location in the networks that connect potential adopters and that the network position that enhances a partner's attractiveness depends on a technology's stage of development. We hypothesize that sponsors of technologies that are early in their development and unproven commercially choose partners to create multiple points of contact between previous and potential adopters, called wide bridges. These redundant ties can foster the broad acceptance of a new technology that is essential to drive its diffusion. Sponsors of technologies in later stages of their development, with a commercial track record, can rely on a sparser network of ties to activate peer-to-peer diffusion. In line with our predictions, we found that during the battle to establish a 2G wireless standard in the U.S. market, Qualcomm, sponsor of the unproven CDMA (code division multiple access) technology, formed alliances that conformed to a wide-bridge pattern, while Ericsson, sponsor of the proven TDMA (time division multiple access) technology, formed alliances consistent with a peer-to-peer pattern of diffusion.
机译:自1970年代以来,有关技术战的学术文献迅速增长,追踪了信息和通信技术在我们日常生活中的日益扩大的作用。该文献中一个有趣的话题涉及社交网络对标准制定过程的影响。尽管学者们承认网络的重要性,但它们与赞助商传播其技术并将其确立为事实上的标准的努力的相关性被忽略了。我们认为赞助商根据他们在连接潜在采用者的网络中的位置来选择联盟合作伙伴,而能够提高合作伙伴吸引力的网络位置取决于技术的发展阶段。我们假设技术的发起者还处于开发的早期,并且未经商业证明的合作伙伴会选择合作伙伴在先前的和潜在的采用者之间建立多个联系点,称为广泛的桥梁。这些多余的联系可以促进新技术的广泛接受,而新技术对于推动其传播至关重要。具有商业往绩记录的技术开发后期阶段的技术赞助商可以依靠稀疏的联系网络来激活对等传播。根据我们的预测,我们发现,在美国市场建立2G无线标准的斗争中,未经证实的CDMA(码分多址)技术的赞助商高通组建了符合宽桥模式的联盟,而爱立信是久经考验的TDMA(时分多址)技术的赞助商,形成了与点对点扩散模式一致的联盟。

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