在此,我们将讨论 RPA(机器人过程自动化)和 AI(人工智能)的基本概述,然后将主要关注它们的差异。让我们一一讨论。
机器人过程自动化(RPA) :
RPA 是一种核心自动化技术,它是编程机器人的支柱,可以与计算机化框架进行通信,以减轻人们单调、乏味和无意义的工作。从根本上说,RPA 可以让您轻视您的工作。
RPA 在用于处理基于规则的循环时效果最佳,在这种循环中,工作流程在一段时间后不会改变,或者需要高节奏的人工调解来处理异常情况。在没有其他人的情况下,RPA 可以熟练地处理可能对您的业务有帮助的最著名、最乏味的措施。
例子 –
- 登录应用程序
- 与系统 API 连接
- 复制和粘贴数据
- 重新排序信息
- 从记录中分离和准备有组织的物质
- 打开消息和连接
- 从网上抓取信息
人工智能(AI):
人工智能 (AI) 指的是在定制为像人一样思考并复制他们的活动的机器中重演人类洞察力。该术语同样适用于任何表现出与人类心理相关的品质的机器,例如学习和解决问题的能力。
RPA 和 AI 之间的差异:
RPA 和 AI 之间存在以下差异。
S.No. | Robotic Process Automation | Artificial Intelligence |
---|---|---|
1. | RPA is a software robot that can mirror human activities. | AI Simulated intelligence is the reenactment of human knowledge in machines customized to think like people and copy their activities. |
2. | The principle point of RPA is to robotize on tedious and ordinary business measures. | AI is based on intelligence that depends on ‘thinking’ and ‘learning’ |
3. | RPA robots mechanize the assignments according to characterized rules. | Artificial intelligence replaces human work. |
4. | RPA is not difficult to execute. Now and again, a RPA can be perplexing with huge organizations of programming robots trading data between one another, yet it actually will be an easier suggestion than AI. | Artificial intelligence replaces human work. In numerous organizations, actual robots or machines are working instead of human specialists. |
5. | RPA is supposed to be a cycle driven innovation on the grounds that RPA is tied in with mechanizing monotonous, and rule-based business measures. For instance, RPA creates bills or cycle solicitations, etc. | standard-based.AI needs a ton of work to set up and run. |
6. | RPA is a standard based innovation that has no insight. It simply mechanizes redundant assignments. | AI is intelligence incorporates innovations like ML (Machine Learning) and NLP (Natural Language Processing), which help to accomplish something beyond making rule-based motors to mechanize redundant assignments. |
7. | RPA can have an immense effect on enormous organizations as they can handle tremendous measure of information precisely without the requirement for manual contributing. | AI helps in dynamic. It empowers the robotization of dynamics without human inclusion. |