AI Search Assistant Configurations
Introduction
This section provides detailed instructions for configuring the AI search assistant. You will learn how to optimize values to fine-tune the marketplace according
AI Settings
To enable any AI feature at SCND please follow the instructions available in AI Settings
Introduction AI Search Assistant
The AI search assistant available at SCND is adept in aiding users to efficiently locate various services, requests for proposals (RFPs), and other users by utilizing the details provided by the person conducting the search. This intelligent assistant leverages advanced data processing capabilities, enhanced by OpenAI's artificial intelligence technology, to assimilate pertinent information from the SCND marketplace database. Its primary purpose is to deliver precise and comprehensive answers, empowering users to make well-informed decisions rapidly.
Upon receiving a query, the AI search assistant actively scans and compiles relevant data from the extensive database, filtering out extraneous information and focusing on what is most relevant to the user's requirements. This streamlined process significantly reduces the time and effort spent on researching manually, ensuring users can focus on evaluating the best possible deals and options available in the marketplace.
Furthermore, the AI search assistant is designed to continuously improve its performance through iterative learning mechanisms. By analyzing user queries and feedback over time, it refines its search algorithms and response accuracy, ensuring that users receive the most relevant and up-to-date information aligned with their search intent.
Overall, the AI search assistant at SCND is an essential tool for users seeking to optimize their search process in the marketplace
Assistant Configuration Guide
Configuring the search assistant effectively requires specifying several parameters to optimize its functionality and usability:
Name: This parameter defines the name that the search assistant will use to identify itself when interacting with users. Customizing this name helps in creating a unique identity for the assistant and can enhance user engagement.
Welcome Message: This initial message is crucial as it sets the tone for the interaction. It is the first communication the assistant will have with a user when contact is initiated. Crafting a welcoming and informative message can significantly impact user experience and satisfaction.
Instructions: Define the assistant’s personality and communication style here. Clear instructions allow administrators to fine-tune specific characteristics in the assistant’s replies, thus ensuring consistent and effective responses. Utilizing OpenAI's documentation guidance can lead to better instruction writing.
At OpenAI, there is a robust AI feature aimed at helping users by delivering concise instructions tailored to their needs. To utilize this capability, simply follow these steps:
Go to your OpenAI dashboard.
Navigate to the Assistants section.
Look for the System instructions.
Click on the specified icon shown in the accompanying image (Figure 1).

To enhance the writing quality, it's crucial to focus on clarity and precision. Here's how you can rewrite the provided instructions for better understanding:
Fine-Tuning Model: The OpenAI API offers a variety of models with diverse capabilities and price implications. This parameter allows customization of these models using prompt engineering; hence, they are better aligned with specific use cases and business needs. For more information about models please visit the OpenAI documentation - Models
Function Calls: This feature enables the assistant to search the database efficiently for relevant information concerning listings, requests for proposals, or vendor profiles (Figure 2). It is essential for accurately responding to user inquiries and delivering pertinent data.

Carefully setting these parameters will ensure the search assistant operates efficiently and aligns well with organizational goals, enhancing user satisfaction.
Semantic Search
Controls how closely results need to align with given requirements. Lower threshold matches only results that strongly align with the requirements. Higher threshold matches results with a broader range of alignment.

Geo Search
Radius
Searches for results within the given kilometers of the location.
Precision Radius
Groups that are nearby result within the given kilometers together, so other factors like popularity can decide the order within each group.
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