wetware

简明释义

英[ˈwetweə(r)]美[ˈwetwer]

n. 湿件；人脑

英英释义

单词用法

同义词

反义词

例句

1.Other citizen-science projects already use the superior pattern-recognition capabilities of human wetware, but SETILive is different from these in one important way.

其他一些平民科学项目已经在利用人类自身湿件的模式识别能力了，但是实时寻找地外智慧在一个重要方面与它们都不同。

2.The Science: Much research has been done on the first link in the avatar chain, which is patching biological `wetware' into machined hardware.

现实中：在创造化身的最初阶段，进行了大量的研究，这项工作是将生物“湿件”(计算机专用术语﹐指软件﹑硬件以外的其它“件”﹐即人脑﹐也通常指人脑和机器连接起来的设备)与机械硬件融合。

3.Other citizen-science projects already use the superior pattern-recognition capabilities of human wetware, but SETILive is different from these in one important way.

其他一些平民科学项目已经在利用人类自身湿件的模式识别能力了，但是实时寻找地外智慧在一个重要方面与它们都不同。

4.But why re-create the brain in software when we already have it in wetware?

为什么我们有了湿件(即人脑)还要再造软件的人脑？

5.In the brain it's all just wetware.

大脑中有的只是湿件。

6.Early CluE projects will include simulations of the brain and the nervous system and other biological research that lies somewhere between wetware and software.

早期的CluE项目将包括大脑和神经系统的模拟以及其他在湿件和软件之间的生物研究。

7.In artificial intelligence research, understanding how wetware 人脑 functions can lead to better algorithms.

在人工智能研究中，理解wetware 人脑的功能可以导致更好的算法。

8.The collaboration between wetware 人脑 and machines can lead to innovative solutions.

wetware 人脑与机器之间的合作可以导致创新解决方案。

9.Many tech companies are now focusing on enhancing wetware 人脑 capabilities through training and education.

许多科技公司现在专注于通过培训和教育来增强wetware 人脑的能力。

10.The integration of software and hardware is crucial, but we must not forget the importance of wetware 人脑 in the decision-making process.

软件和硬件的整合至关重要，但我们不能忘记在决策过程中wetware 人脑的重要性。

11.The concept of wetware 人脑 emphasizes the role of human cognition in technology development.

<wetware>概念强调了人类认知在技术发展中的作用。

作文

In the realm of technology and biology, the term wetware refers to the biological components of a system, particularly the human brain and nervous system. Unlike hardware, which consists of physical components, and software, which encompasses the programs and applications that run on computers, wetware embodies the organic and biochemical aspects of processing information. This concept is increasingly relevant as we explore the intersections of artificial intelligence, neuroscience, and cognitive science.The idea of wetware can be traced back to the early days of computing when scientists began to draw parallels between the functioning of computers and the human brain. Just as hardware provides the structure for a computer to operate, and software dictates how that hardware behaves, wetware represents the biological substrate that allows for thought, emotion, and consciousness. It is within this framework that we can begin to understand the complexities of human cognition and the potential for integrating technology with our biological systems.One of the most fascinating aspects of wetware is its adaptability. The human brain is capable of learning, evolving, and reorganizing itself in response to new experiences and information. This plasticity is a crucial feature that sets biological systems apart from traditional computing systems. For instance, while a computer may require a complete reboot or a software update to improve its performance, the human mind can adapt and optimize itself continuously without external intervention.As we delve deeper into the study of wetware, we find ourselves at the forefront of groundbreaking advancements in fields such as neurotechnology and brain-computer interfaces. These technologies aim to bridge the gap between our biological systems and digital devices, allowing for direct communication between the brain and machines. Imagine a future where individuals with paralysis can control prosthetic limbs through thought alone, or where memory enhancement technologies could help mitigate cognitive decline. Such possibilities underscore the importance of understanding wetware as we navigate the ethical and practical implications of merging human biology with technology.Moreover, the exploration of wetware raises significant questions about identity and consciousness. As we create more sophisticated artificial intelligences, we must consider what it means to be human. If we can replicate certain cognitive functions through machines, do we risk diminishing the value of our own biological processes? The philosophical implications of wetware extend beyond mere definitions; they challenge us to reflect on our perceptions of intelligence, creativity, and the essence of being.In conclusion, wetware serves as a vital concept in understanding the intricate relationship between biology and technology. As we continue to innovate and explore the boundaries of human capability, it is essential to appreciate the unique qualities of our biological systems. By studying wetware, we not only gain insights into the workings of the human mind but also pave the way for a future where technology enhances, rather than replaces, our innate abilities. The journey of integrating wetware with technology is just beginning, and it promises to reshape our understanding of intelligence and existence in profound ways.

在技术和生物学的领域中，术语wetware指的是一个系统的生物组件，特别是人脑和神经系统。与由物理组件组成的硬件不同，以及包含运行在计算机上的程序和应用的软件，wetware体现了处理信息的有机和生化方面。随着我们探索人工智能、神经科学和认知科学的交集，这一概念越来越相关。wetware的概念可以追溯到计算机发展的早期，当时科学家们开始将计算机的功能与人脑的功能进行比较。正如硬件为计算机的操作提供结构，而软件决定了硬件的行为，wetware则代表了使思维、情感和意识成为可能的生物基质。在这个框架内，我们可以开始理解人类认知的复杂性以及将技术与我们的生物系统整合的潜力。wetware最迷人的一个方面是它的适应性。人脑能够学习、进化并在面对新经验和信息时重新组织自身。这种可塑性是生物系统与传统计算系统之间的重要特征。例如，尽管计算机可能需要完全重启或更新软件以改善其性能，但人类大脑可以在没有外部干预的情况下持续适应和优化。随着我们对wetware研究的深入，我们发现自己处于神经技术和脑机接口等领域的突破性进展的前沿。这些技术旨在弥补我们生物系统与数字设备之间的差距，允许大脑与机器之间的直接通信。想象一下未来，瘫痪的个体可以仅通过思维来控制假肢，或者记忆增强技术可以帮助减轻认知衰退。这样的可能性突显了理解wetware的重要性，因为我们在融合人类生物学与技术的伦理和实践影响时。此外，对wetware的探索提出了关于身份和意识的重要问题。当我们创造出更复杂的人工智能时，我们必须考虑成为人类的意义。如果我们能够通过机器复制某些认知功能，我们是否会冒着贬低自身生物过程价值的风险？wetware的哲学含义超越了单纯的定义；它挑战我们反思对智能、创造力和存在本质的看法。总之，wetware作为理解生物与技术之间复杂关系的重要概念。随着我们不断创新并探索人类能力的边界，欣赏我们生物系统的独特品质至关重要。通过研究wetware，我们不仅获得了对人类思维运作的洞察，还为一个技术增强而非替代我们固有能力的未来铺平了道路。将wetware与技术整合的旅程才刚刚开始，它承诺以深刻的方式重塑我们对智能和存在的理解。