About Internet traffic agent
Use the connectivity agent in any of the following patterns to set up a connection between an application on your private (or on-premises) network and Oracle Integration. Note:You are responsible for configuring your own network routing rules. If you don't know how to configure these rules, contact your network team for assistance. You can set up a connection over the public internet or select to configure an exclusive connection using FastConnect, which provides a faster, more reliable networking experience compared to the internet. You'll use the connectivity agent to communicate with Oracle Integration irrespective of the connection pattern you select; employing FastConnect only ensures that the traffic between your private (on-premises) network and Oracle Integration doesn't go over the public internet and remains private. Public Internet Pattern Install the connectivity agent on your private (on-premises) network. The inbound and outbound traffic to Oracle Integration goes over the public internet. For the outbound traffic from Oracle Integration, the connectivity agent initiates a secure connection to Oracle Integration, retrieves the request, and then invokes the required API in the on-premises application. When you employ the connectivity agent, you don't have to open firewalls to access applications on your private network. In addition, all messages between the private network and Oracle Integration are encrypted. To install and configure the connectivity agent, see Manage the Agent Group and the On-Premises Connectivity Agent. Description of the illustration connectivity_agent_internet.png Oracle Cloud Infrastructure Only - Virtual Cloud Network Pattern Install the connectivity agent in your Virtual Cloud Network (VCN) within Oracle Cloud Infrastructure, and configure a service gateway to route the traffic from the VCN to Oracle Integration. Use this pattern if you have applications, such as Oracle E-Business Suite, running in a private subnet within Oracle Cloud Infrastructure. In this case, all traffic is routed locally and the public internet is not involved. While not strictly required, it is highly recommended that all access from the VCN go through the service gateway. Service gateways primarily ensure that access to Oracle-hosted services is routed over the internal network. Users are not charged for service gateways. Service gateways only work within a region, and not across regions. For access across regions, traffic is still routed through a NAT gateway. A service gateway is a common configuration for users that have implemented FastConnect or VPN/IPsec private peering to route traffic to Oracle Integration (ingress), including the connectivity agent in a private subnet. For details on configuring a service gateway, see FastConnect and VPN with Oracle Integration Cloud (OIC). Description of the illustration connectivity_agent_vcn.png FastConnect Public Peering Pattern Install the connectivity agent on your private (on-premises) network, and set up an exclusive connection between your network and Oracle Integration using
Key features of the Internet traffic agent that are enabled through these drivers include:
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Intelligent Traffic Information System: IoT and Agent Technology Integration Understanding the Basics What is IoT? What is Agent Technology? The Integration of IoT and Agent Technology Data Collection and Processing Real-Time Data Analysis Decision Making and Optimization Benefits of an Intelligent Traffic Information System Improved Traffic Flow Enhanced Safety Environmental Benefits Cost Savings Challenges and Considerations Data Privacy and Security Infrastructure and Cost Public Acceptance Case Studies and Real-World Applications Smart Cities Intelligent Parking Systems Public Transportation Future Directions Advanced Machine Learning Integration with Autonomous Vehicles Expanded Data Sources Conclusion FAQIn the bustling heart of Austin, Texas, where traffic congestion is a daily reality, the concept of an intelligent traffic information system has never been more relevant. As a tech enthusiast and writer, I've been fascinated by the potential of integrating the Internet of Things (IoT) with agent technology to revolutionize traffic management. Today, we're diving deep into this topic, exploring how these technologies can work together to create smarter, more efficient traffic systems.Living in the vibrant South Congress neighborhood, I've witnessed firsthand the challenges of urban traffic. But what if our traffic lights, sensors, and even vehicles could communicate seamlessly to optimize traffic flow? Let's explore the possibilities and the steps involved in making this a reality.Understanding the BasicsWhat is IoT?The Internet of Things (IoT) refers to the network of physical objects—'things'—that are embedded with sensors, software, and other technologies to connect and exchange data with other devices and systems over the internet. In the context of traffic management, IoT devices can include traffic lights, cameras, and sensors that monitor traffic flow, vehicle speeds, and even environmental conditions.What is Agent Technology?Agent technology involves the use of software agents that can perceive their environment and take actions to achieve specific goals. In traffic management, agents can be deployed to analyze data from IoT devices and make real-time decisions to optimize traffic flow. These agents can learn from past data, adapt to changing conditions, and even predict future traffic patterns.The Integration of IoT and Agent TechnologyData Collection and ProcessingThe first step in integrating IoT and agent technology for traffic management is data collection. IoT devices placed strategically throughout the city can collect a wealth of data, including traffic volume, vehicle speeds, and even weather conditions. This data is then transmitted to a central system where it can be processed and analyzed.For example, sensors embedded in the road can detect the presence and speed of vehicles, while cameras can monitor traffic flow and detect congestion. Environmental sensors can provide data on weather conditions, which can affect traffic patterns.Real-Time Data AnalysisOnce the data is collected, it needs to be analyzed in real-time to make immediate decisions. This is where agent technology comes into
