Author name: admin_asp

Uncategorized

The next big thing in Data Annotation services

The data annotation services industry is constantly evolving as new technologies emerge and new applications for AI are developed. Here we share the potential trends and areas of innovation that could be influential in the next big thing in data annotation services: Advancements in AI and Automation: Adopting advanced AI algorithms to automate the data annotation process. Such an approach may entail reducing manual burden through semi-supervised or unsupervised learning methods. Specialized Annotation for Niche Industries: Data annotation tailored for target sectors including health care, autonomous vehicles, agriculture among others. Multimodal Data Annotation: Working with different kinds of data such as texts, pictures, sound, videos and so on. In most cases, multimodal AI systems need annotation services that can effectively manage this type of data because of the required multi-faceted learning. Explainability and Trust in AI: Enhancing explainability in AI models through data annotation. With the increasing complexity of AI systems, it is necessary to have transparent and understandable models, which should rely on annotated data with explanations regarding why specific decisions were made. Edge Computing and Annotation: The demand might also arise for specialized data annotation services targeting edge AI applications, where resource constraints, speed, and instant processing capabilities are of paramount importance. Privacy-Preserving Annotation Techniques: Building annotation approaches that take into consideration privacy and promote data confidentiality when this is coupled with current information security dilemma’s and data privacy laws. Collaborative Annotation Platforms: Platforms supporting collaborative annotations of annotators and researchers with the main goals to increase the effectiveness of quality control, consistency of annotations between multiple evaluators, and the scaling of the annotation task. Continuous Learning and Feedback Loops: The use of annotation processes that can improve the system through feedbacks on model performance while promoting lifelong learning. Crowd sourcing and Hybrid Approaches: Improved crowd sourcing techniques and hybrid solutions which utilize both machine and human intelligence for reliable and efficient labeling. Quantifying Uncertainty and Confidence: The improvement of annotation approaches which measure the level of uncertainty or confidence in cases where AI systems do decision making based on obscure data. However, it should be borne in mind that data annotation services are dynamic. They can evolve depending on new technologies or the needs of the industry. It is crucial to keep up with the new trends in AI, machine learning, and data annotation to understand what lies ahead for this sector. We Annotation support will provide great support for all your Annotation needs. We are expertise in various types of annotations. Know more about all of our services at : https://www.annotationsupport.com

Uncategorized

Will Artificial intelligence ever rule the world?

The idea of AI governing the world has been discussed in numerous sci-fi stories, and this scenario will probably not happen in reality. Human programmers and organizations develop, supervise and maintain AI systems. However, developing and deploying of the Artificial Intelligence are faced with various ethical issues as prescribed by laws and regulations. There are several reasons why the idea of AI ruling the world is unlikely: Human Control: Humans program and employ artificial intelligence systems. To my last knowledge in January 2022, there is still no AI that decides autonomously without any human control. Ethical Guidelines and Regulations: Ethical considerations in the development of AI are important to the AI community. Currently, governments, organizations and even researches are putting efforts in coming up with proper regulation framework which will help curb this menace. Accountability and Transparency: Principles under responsibly developed AI include accountability and transparency. AI systems should be designed in a manner wherein their reasoning processes are comprehensible, as well as traceable by developers and organizations. Public Awareness and Scrutiny: The more people are aware of AI the more scrutinizing public discourse and debate on the ethics of AI. The attention ensures it aligns AI development with societal values/concerns. Although there are many ethical considerations surrounding AI, the general perspective is that such systems should be developed and utilized towards societal gains without compromising on safety. It places more focus on human-AI cooperation as opposed to AI replacing humans. Society must remain involved in debates surrounding AI ethics, regulation, and policy for the rational deployment of these systems. With advancement of technology, continuous endeavors are taking place to mitigate the fears and ensure that AI remains in the service of mankind. Interested to get high quality and data secured annotation services ,contact us at https://www.annotationsupport.com/contactus.php

Uncategorized

Data Annotation Services – Expectation vs Reality

Data annotation is an important feature of training machine learning models since it entails tagging up of information into two labels namely training and testing datasets. Still, there is a difference that lies between those expectations and what happens in fact concerning these services. Here are some common expectations and potential realities associated with data annotation services: Expectation: Perfect Annotations Reality: It is difficult to get 100% accuracy while conducting annotations. An incorrect judgment can also occur on the part of human annotators, and there could be some discrepancies in subjective interpretation. Expectation: Quick Turnaround Reality: Some services provide faster turn round time but the quality of annotations is not guaranteed. Striking a balance between speed and precision is important. Expectation: Cost-effectiveness Reality: The quality of such cheap annotation services can, however, be very poor. It is usually costly to get the annotators. Expectation: Scalability Reality: With increasing volumes of data, it gets harder to ensure that the annotations are accurate and consistent. Careful planning may be necessary when scaling the annotation process. Expectation: Annotators Understand Context Reality: Such a situation may arise where annotators do not have the required knowledge about the specific domain, which can lead to misinterpretations of the context. This is why clear guidelines, as well as ongoing communication are both necessary. Expectation: Consistency Reality: It is often challenging to ensure that annotations remain uniform, particularly when dealing with big datasets.  Appropriate training and regular quality assurance. Expectation: Easy Handling of Complex Data Reality: Complex data like images which have a lot of fine details are difficult to annotate and this process can be arduous and is associated with some skills. Annotating some data types may be harder. Expectation: Flexibility in Annotation Types Reality: All annotation services do not support each annotation type. This can be either image annotation, text, or audio. Select a service depending upon what is most appropriate for you. Expectation: Robust Quality Control Reality: All errors are not caught by quality control processes. Ongoing quality improvement requires regular audits, feedback loops, and communication with annotators. Expectation: Security and Privacy Reality: Proper security should be put in place for sensitive data. Therefore, it is necessary to verify if the vendor provides sufficient security measures. For effective management of these expectations and realities, it is vital to liaise closely with annotation service providers; give specific instructions and implement feedback mechanism for continuous improvement. Concurrently, consistent quality checks alongside a productive rapport with the annotation team can serve as bridges between perceived versus actual in data annotation services.

Uncategorized

WHAT IS DATA MASKING, TYPES, AND TECHNIQUES?

Data masking is a technique for creating a phony but realistic replica of your organization’s data. The purpose is to safeguard sensitive data while offering a functioning replacement when actual data is not required, such as user training, sales demos, or functional testing. Data masking processes change the data’s values while keeping the same format. The goal is to create a version that cannot be reverse-engineered or deciphered. Types of data masking: 1.Masking of Dynamic Data Data is never kept in a secondary data store in the dev/test environment, similar to on-the-fly masking. Instead, it is streamed straight from the production system and ingested by another system in the development/test environment. 2.On-the- Masking of Fly Data Before being saved to disc, masking data is transferred from production systems to test or development systems. Organizations that deploy software often cannot construct a backup copy of the source database and conceal it; instead, they require a method to transport data from production to various test environments constantly. Masking delivers smaller pieces of masked data on the fly as necessary. The development/test environment saves each masked data subset for use by the non-production system. To avoid compliance and security difficulties, it is critical to apply on-the-fly masking to any feed from a production system to a development environment at the start of a development project. 3.Deterministic Data Masking: It is the process of mapping two kinds of data to the same type of data so that another always replaces one value. For example, the name “Johnny Smith” is permanently changed with “Jimmy Jameson” in any database where it appears. This approach is helpful in many situations, but it is intrinsically less secure. 4.Masking of Static Data Static data masking techniques might assist you in creating a clean replica of the database. The method modifies all sensitive data unless a secure version of the database can be shared. Generally, the procedure entails producing a backup copy of a production database, loading it to a different environment, removing unneeded data, and masking it while it is in stasis. After that, the disguised copy may be pushed to the desired place. Techniques of data masking: According to the GDPR, pseudonymization is any approach that assures data cannot be used for personal identity. It necessitates the elimination of direct identifiers and, preferably, the avoidance of multiple identifiers that, when combined, can identify a person.  1.Data Reorganization: Data values are exchanged inside the same dataset, similar to replacement. A random sequence is used to reorganize data in each column, such as swapping between real customer names across several client records. The result set appears to be actual data, but it does not provide an accurate data set for each individual or data item. 2.Variation in Value: A function replaces the original data values, such as the difference between the series’s lowest and most incredible value. Taking a Break: When an unauthorized user views data, it seems missing or “null.” As a result, the data is less valuable for development and testing. 3.Encryption of data: This is the most secure type of data masking, but it is also the most difficult to deploy since it necessitates continuing data encryption technology and systems to store and exchange encryption keys. Conclusion Data masking is required in many regulated businesses, where personally identifiable information must be shielded from overexposure. By masking data, the business may make it available to test teams or database administrators as needed without jeopardizing data security or violating compliance. The main advantage is that the security risk is lessened. Interested to get high quality and data secured annotation services, contact us immediately through filling the form at https://www.annotationsupport.com/contactus.php

Uncategorized

What is Point Cloud Annotation?

What is the definition of Point Cloud? A point cloud is a collection of data points in space representing an object or a three-dimensional shape. A set of ‘x,”y’, and ‘z’ coordinates representing each point is a part of such technology. They’re made with 3D scanners or photogrammetric software that measures multiple points on an object’s external surface. It’s particularly useful for 3D printing and prototyping. What is a point cloud annotation tool? It’s a tool for annotating 3D boxes in point clouds. It is a tool that strikes the ideal balance between highly technical annotation capabilities and a simple, user-friendly annotator interface that enables quick and high-quality annotations. The KITTI-bin point cloud format is generally the supported part of this tool. And the annotation format here is identical to the Apollo 3D format. And the most supported functions of this tool are they help load, save, visualize point cloud selection 3D box generation and adaptation ground removal using threshold or plane detection. How does this tool work? When discussing the working mechanism to create an intuitive annotation interface, the Point Cloud Annotation tool merges any 3D sensor data with 2D camera images. After that, the annotation tool contributors and those who want to use it can add 3D annotations to their models to put it into use in various industries. Features of Point Cloud Annotation ·        CUBOIDS SHOULD BE DRAWN AND TRACKED Annotators can draw and track cuboids on objects in point cloud data sequences with sensor-fused 2D images to better visualize their annotations. ·        MODEL PREDICTIONS VALIDATION AND IMPROVEMENT If you have 3D annotations that have already been labeled, you can upload them to the tool for review by human annotators. It will also aid in faster-annotating data and gathering precise metrics on your model’s performance. ·        OCCLUSION AND TRUNCATION CAN BE MONITORED For more thorough object detection, the tool allows for levels on each object for each frame. The tool also has a customizable attribute list that can include occlusion and truncation and any other attributes you want. ·        ANNOTATE DATA MORE QUICKLY With machine learning-generated clustering, the tool provides enhanced object tracking using interpolation and one-click box cuboid auto-adjustment. ·        MAKE THE MOST OF INDUSTRY-LEADING INTERACTION DESIGN Thanks to these designs, annotators can quickly navigate the scene, understand the context, and label the data. Annotators can choose the best view for each object thanks to interactive multi-angle ideas and sensor fusion. ·        LABELLING VARIOUS SORT OF ITEMS The most powerful 3D point cloud labelling tool for labelling various sorts of items, as well as the dimensions of other things of interest, such as bicycles and pedestrians in drivable lanes. ·         FOR AUTONOMOUS VEHICLES Machine learning training data, which is utilized in self-driving automobiles and autonomous vehicles, is another excellent feature supplied by the 3D Point Cloud Annotation service. The photos that have been labelled using 3D point annotation can be utilized to train AI models for enhanced visual perception. It can also recognize and categorize all sorts of objects in order to determine vehicle lanes for right-hand driving too. POINT CLOUD TECHNOLOGY’S BEST ADVANTAGES ·        ‌CAD modeling for fabricated components or structures and animations is one of the processes that use point cloud data. Point cloud modeling is the next step in the process. ·        ‌The final step in the laser scanning process is the photogrammetric software’s last step is modeling, rendering the point cloud data into a 3D model. Surface reconstruction is the process of converting point clouds into a 3D model. Applications of the Point Cloud Model: ·        ‌Autonomous Vehicle projects ·        Photogrammetry ·        ‌Forensic Analysis ·        ‌3D printing is a method of producing using these three-dimensional objects. ·        ‌Reverse Engineering ·        ‌Mobile Mapping Is this what we need? Because real-world problems necessitate real-world solutions, 3D points are the best as they aid in creating a better cloud model for simulating environments and better data models for machine learning algorithms, and much more in various industries. And this annotation works best in accurately labeling objects using 3D point cloud annotation, which helps detect minute objects with definite class annotation—further helping to improve the object recognition of autonomous vehicles. This 3D point cloud technology can also detect the motion of an object in visual media like photos and videos.

Scroll to Top