Customer Go-Live: Successful Launch & Trial Deployment

1. Conclusion of a paid contract for maintenance (MOT) for at least 1 year from the launch of the system and further development of the transferred product at the Contractor's rates (consultations, training, assistance to users, providing access to the iPavlov Knowledge Base) 2. Providing free guarantees for updating and supporting the system during the validity of the maintenance contract. In case of refusal of maintenance with us or with our authorized dealer, the customer loses the warranty on our system.

The Main Directions of Our Research are: Energy-efficient high performance AI accelerators and software infrastructure Novel neurointerfacing devices and implants Next generation non-volatile Embedded memories

Development of design and technological solutions for the integration of sensors into the protective coating of the pipeline, ensuring their protection during the transportation of pipes, installation and operation of the pipeline and options for communication of sensors into a single network during the installation of the pipeline, including in the field. 2. Development of schemes for the installation of def:> sensors (number, location of sensors on the pipe and frequency of installation of pipes with sensors integrated into the coating on the pipeline), providing real-time monitoring of the voltage state (SSS) of the pipeline with a given accuracy. Development of methods for assessing the stress state of the pipeline based on the results of measuring local def:> along the pipeline, identifying extreme values of SSS and their location. H. Development of a methodology and algorithm for determining the location and intensity of leaks, determining the method of location of the signal cable relative to the pipeline, based on the operating conditions of the pipeline and the transported medium. 4. Selection of connectors that provide reliable, tight and fast connection of sensors into a single network when the pipeline is installed in the field. Optical budget estimation (determination of the number of sensors that can be connected in sequence but without loss of system operability). 5. Development of National modules of the monitoring system and assessment of the cost of production. 6. Selection and development of equipment for making a pipe layout with embedded pipes, cable network and devices for processing sensor readings of the def:> monitoring system for extended sections of the pipeline.

System for calculating the dense volume of roundwood from photographs The system is designed for: Photo recognition; Determining the length of the stack; Determining the width of the stack; Determining the height of the stack; Determination of the coefficient of full-woodness; Determination of the grade of wood (roundwood); Determination of the folded volume of wood (roundwood); Determination of the dense volume of wood (roundwood); Data Analysts; Delivery of the results of the system to the Customer's interface;

Technology for obtaining and producing polishing suspensions of nanopowder

On a continuous pickling unit, after the etching bath, the strip is washed. With a low quality of washing or an insufficient amount of inhibitors, chlorides remain on the surface of the pickled strip after washing and drying, which are provocateurs of technological corrosion. A technology needs to be developed to control residual chlorides on the etched strip surface in the production stream. "1. Type of product - pickled hot-rolled strip: 2. thickness - in the range from 1.4 to 6.4 mm, 3. width - in the range from 860 to 1670 mm, 4. maximum strip speed - up to 7 m/s, 5. temperature of rolled metal - no more than 65 ºC. 6. Measurement error of no more than 0.5 g/m²