中新网上海4月24日电 (记者 郑莹莹)随着科技的飞速发展，大模型这一新兴技术正逐渐成为职场新宠，引发各界对于人才需求和适应性的深度思考。在日前上海举行的商汤科技技术交流日活动中，业界专家探讨了大模型在实际应用中的效能及其对行业格局的影响。
大模型，这一融合了多学科知识的智能系统，似乎正像初入职场的新人一样，面临着能否迅速适应并发挥价值的问题。活动现场，行业人士指出，大模型的应用不仅需要理工科背景的专业人才，文科生的参与同样重要。他们认为，大模型在处理复杂问题时需要逻辑推理和创新思维，这恰恰是文理科生可以互补的能力。
对于“大模型用得了吗？”的疑问，专家表示，随着算法的优化和计算能力的提升，大模型已经在自然语言处理、图像识别等多个领域展现出强大的应用潜力。然而，如何用好大模型，不仅考验技术的成熟度，更需要跨学科的团队协作，包括理解业务需求的文科背景人员，以及擅长技术研发的理科人才。
此外，大模型对行业的影响不容忽视。它有可能颠覆传统的工作模式，创造出新的就业岗位，同时也对现有人才的知识结构和技能提出了新的要求。业界呼吁，教育部门和企业应携手培养既懂技术又懂应用的复合型人才，以应对大模型带来的职场变革。
总的来说，大模型的崛起为文理科生提供了广阔的职场舞台，但同时也提出了新的挑战。无论是理科生还是文科生，都需要不断提升自我，以适应这个日新月异的科技时代。
英语如下：
Title: “Big Model’s Job Hunt: How Arts and Science Graduates Can Adapt to Emerging Workplace Challenges”
Keywords: Big Model,职场适应, technological impact
News Content:
SHANGHAI, April 24 (Xinhua) — As technology rapidly advances, big models, a nascent technology, are increasingly becoming the darling of the job market, prompting deep reflection on talent needs and adaptability. During a recent SenseTime Technology Exchange Day event in Shanghai, industry experts discussed the effectiveness of big models in practical applications and their impact on industry landscapes.
Big models, intelligent systems incorporating knowledge from multiple disciplines, seem to be facing the same challenge as fresh graduates entering the workforce: whether they can adapt quickly and add value. Participants at the event emphasized that the application of big models not only requires professionals with a background in science and engineering but also the involvement of arts graduates. They believe that complex problem-solving and innovative thinking, qualities in which arts and science graduates can complement each other, are crucial for the effective use of these models.
Addressing concerns about the usability of big models, experts noted that with algorithm optimization and increased computing power, big models have demonstrated significant application potential in areas such as natural language processing and image recognition. However, leveraging big models effectively not only tests the maturity of technology but also necessitates interdisciplinary teamwork, involving文科 professionals who understand business needs and理科 talents skilled in technological development.
Moreover, the impact of big models on industries cannot be overlooked. They have the potential to disrupt traditional work patterns, create new job positions, and impose new requirements on existing talent’s knowledge structures and skills. The industry calls for collaboration between education departments and companies to cultivate interdisciplinary talents who understand both technology and its applications to navigate the changes brought by big models.
In summary, the rise of big models presents a vast career playground for both arts and science graduates but also poses new challenges. Regardless of their background, individuals need to continually upgrade themselves to adapt to this ever-evolving technological era.
【来源】http://www.chinanews.com/cj/2024/04-24/10205405.shtml
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