Research Article

  • Bite Force Sensor. Bite Force Meters. Bite Force Reliability.

    #2023. W 35 D 2 GMT +08:00. Indicate #124 days left in 2023. Some of the books I have read have quoted something from Albert Einstein: “Only those who attempt the absurd can achieve the impossible.” Nearly two decades ago, we experimented with a stable precision grip in robotics. During that time, around thirty right-handed mechanically electronic subjects were designed in the experiments. Also, around sixty variants of simulated methods selected as having mechanical and electronic controls were included in this study. In continuing…

  • Grip of People. Grip in Precise. Grip is Bite Force.

    #2023. W 35 D 1 GMT +08:00. Indicate #125 days left in 2023. The grip from people working their hardest to make it what it is today in the grasp. That thought led us to this study investigating the effects of fingertip tactile sensitivity on the structural variability of thumb and index finger forces during stable precision grip. The initial objective was to test the inter- and intra-examiner reliability of a recently developed instrument for measuring the maximum bite force. Another objective is to…

  • Aerial Implementation. Industry Implementation. Space Implementation.

    #2023. W 34 D 4 GMT +08:00. Indicate #129 days to go in 2023. When an independent human works for or with people with a certain amount of technology savvy, they will usually find that they are not only familiar with some of the more wicked of cliche knowing but believe in them. Two decades ago, such people said, “The device is the future.” Now, they are saying, “There you go.” The first implementation in aerial manipulation of objects has several advantages as the…

  • SIC Controller. SIC Derivatives. SIC Algorithms.

    #2023. W 34 D 3 GMT +08:00. Indicate #130 days to go in 2023. Scientists, Engineers, and any human professionals will eventually read a book, as indirectly informed us from the universe, for books should able to create worlds that bring happiness to the people who read them. From our research in the book and practice, we know that despite the increase in complexity of modern control systems, most industrial robots employ simple independent controllers due to simplicity and satisfactory performance. The primary characteristics…

  • Noise Trace. Disturbance Trace. Friction Trace.

    #2023. W 34 D 2 GMT +08:00. Indicate #131 days to go in 2023. Scientists, Engineers, and Robotic Enthusiasts are working hard to make it what it is today. Having an exact tracking of a robotic manipulator in the presence of uncertainties like noise, disturbances, and friction has been addressed in this particular paper. To save cost and improve the test’s efficiency by implementing the critical idea with gravity compensation included within the robot’s dynamic control algorithm to replace the microgravity environment’s function. Therefore,…

  • RFMS as Functions. RFMS in Mobile. RFMS at Systems

    #2023. W 34 D 1 GMT +08:00. Indicate #132 days to go in 2023. Implementation is as important as the theory from the book. We know books answer equally to anyone seeking the knowledge and inspiration they hold. As much as we like to have our book portable and mobile, we need something to bring us to a robotic mobile fulfillment system as a new type of parts-to-picker order-picking system. In this system, robots carry inventory pods to stationary pickers. In addition, an application…

  • Three Linear. Three Calculus. Three Statistics.

    #2023. W 33 D 4 GMT +08:00. Indicate #136 days to go in 2023. As the week of 33 and day third get a pass, we are now on day fourth. We realized that we need to lead, and leadership differs from management. The success of this early robotics in 1991 depended on the harmony of talents, passion, and knowledge, with a sacrifice of time, energy, and material of people working on each task. Especially that all of us know we can have the…

  • Scientists. Engineers. Robotic Enthusiasts.

    #2023. W 33 D 3 GMT +08:00. Indicate #137 days to go in 2023. It has been over a decade since robots, robotic arms, appeared among robot enthusiasts, scientists, and several industries. It was common for one selected individual to get responsible for the robot’s programming, usage, and maintenance. Especially with the current development, robotics is experiencing a noticeable growth mainly due to the successful partnership between theory and practice, whose alliance distinguishes modern robotics from early robotics in 1991. Now, the fourth industrial…

  • System Automation. Process Automation. Progress Automation.

    #2023. W 33 D 2 GMT +08:00. Indicate #138 days to go in 2023. Back in 1991, we, thanks to N.E. Pharmaceutical, shared the benefits of using automation systems in the laboratory for certain factors that helped us develop a robotic within the analytical method development group later on. It is generally believed that successful robot users have dedicated centralized robotic arms groups. This further ushers the development of automated methods instead of the automation of manually-developed robotics arms a decade later. The automation…

  • SROS Robotics. SROS Mobility. SROS Learning.

    #2023. W 33 D 1 GMT +08:00. Indicate #139 days to go in 2023. We know the world is changing whether humans want it or not, and it is changing faster than ever. As manufacturing tasks become more individualized and flexible, factory machines must do variable smart tasks collaboratively without reprogramming. These accepted papers covered our special issues in the early studies, such as sensors calibration method, sensors information integration and fusion, vision sensor and vision algorithm in motive object tracking, and integrated navigation…

  • Collected Ingredients. Structure Ingredients. Collaboration Ingredients.

    #2023. W 32 D 4 GMT +08:00. Indicate #143 days to go in 2023. During our research in robotics, other sciences, and technology, we all know that encountering obstacles is inevitable on the path to success in our term. Staying calm, cool, collected, and confident is the key to triumph it. This paper provides tips for robotic arms positioning, port placement, sensor docking, and intraoperative mechanism with challenged situations in precisions. That is when such technology is ready to be deployed in the real…

  • Beauty of Process. Believe in Process. Further at Process.

    #2023. W 32 D 3 GMT +08:00. Indicate #144 days to go in 2023. In 2014, we tried to solve the inverse kinematic redundancy problem of six-degree-of-freedom robotic arms. Also, these technological solutions may be beneficial since they can reduce costs and increase the number of production per day, making them more efficient. Remember that our initial iteration of the checklist was modified to reduce redundancy, improve usability, and improve readability. In support, we have implemented search algorithms that allow the hyper-redundant robotic arms…