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| Software and service name | Project |
|---|---|
| Technological process for manufacturing a multi-axis array-type sensor to measure leakage flux with high sensitivity and accuracy | VINIF.2022.DA00118 |
| Process for synthesizing new substances with Tetrazol framework (50-60 new multifunctional tetrazol derivatives) | VINIF.2022.DA00061 |
| The procedure of using standard samples to quantify LINE-1 and Alu methylation rates | VINIF.2022.DA00036 |
| Procedure for performing methyl-specific qPCR (qMSP-PCR) to determine the cytosine methylation rate of the LINE-1 motor element | VINIF.2022.DA00036 |
| Technological process for selecting aptamers specific for Klebsiella antigens | VINIF.2022.DA00032 |
| Technological process for fabrication of fluorescent cluster-shaped gold nanostructures AuNC using stabilizers including Bovine Serum Albumin (BSA) and Ovalbumin | VINIF.2022.DA00032 |
| Technological process for manufacturing hollow core-shell gold nanoparticles by chemical method | VINIF.2022.DA00032 |
| Technological process for manufacturing spherical gold nanoparticles by thermal and chemical reduction methods | VINIF.2022.DA00032 |
| - Microfluidic system manufacturing process based on MEMS technology | VINIF.2022.DA00030 |
| - Animal oocyte maturation process uses routine standard systems | VINIF.2022.DA00030 |
| - Sample model for quantitatively assessing the city's overall travel demand of the residents | VINIF.20219.DA20 |
| - Source code for discrete event model simulating the operations of the bus network | VINIF.20219.DA20 |
| Mobile app for mobile users (Clients) with early warning function for flash floods and landslides | VINIF.2021.DA00214 |
| Software Design Document for a Computer Application | VINIF.2021.DA00214 |
| Quantification of miRNAs based on qRT-PCR technique | VINIF.2021.DA00212 |
| Big data management platform system software for scientific and technological research (Phase 1)) | VINIF.2021.DA00171 |
| Cloud infrastructure system software for scientific and technological research data management platform (GD1). 4. Demo Link https://119.15.161.250:9443/ | VINIF.2021.DA00171 |
| Surface modification process of CH3NH3PbI3 nano materials with PMMA polymer | VINIF.2021.DA00169 |
| Synthesis process of CH3NH3PbI3 and CH3NH3PbI3-xBrx perovskite quantum dot materials using the LARP method | VINIF.2021.DA00169 |
| Measurement system of parameters for PeLED | VINIF.2021.DA00169 |
| PeLED fabrication process | VINIF.2021.DA00169 |
| Process for extracting cordycepin-rich extract and producing powder from Cordyceps militaris culture broth using the static fermentation method | VINIF.2021.DA00157 |
| Cordycepin capsule production process | VINIF.2021.DA00157 |
| Data Collection and Labeling Platform | VINIF.2021.DA00128 |
| INNSA portal with basic functional framework (http://innsa.info) | VINIF.2021.DA00047 |
| Digitalization process, INNSA platform coffee chain management system (Digitalization of growing area data; Digitalization of production and processing data; Quality standards and certificates; Human resources, labor ...) | VINIF.2021.DA00047 |
| 02 solutions for direct measurement of terahertz pulse shape from measurement of HHG even-odd ratio (THz-Extract-1 solution) and HHG frequency shift (THz-Extract-2 solution) of HHG spectrum | VINIF.2021.DA00031 |
| Source code: SAE-POT-ML Source code based on machine learning algorithm to extract molecular information from molecular properties for two cases: molecules at equilibrium and during the dissociation of HCN | VINIF.2021.DA00031 |
| Source code: DYNAMICS A package for creating movies of the processes: dissociation of H2+, Br2, CH3I, isomerization from HCN to HNC with high time resolution (sub-femtosecond) | VINIF.2021.DA00031 |
| Solution for Stable Optical Signal Transmission in Strong Interference Environment with Single-Interface Dual Waveguide System | VINIF.2021.DA00001 |
| 01 Fermentation technology, obtaining crude enzymes | VINIF.2020.NCUD.DA240 |
| 01 Seed treatment process using plasma technology | VINIF.2020.NCUD.DA240 |
| 01 Technology to optimize fermentation environment for 3 anti-fungal and nematode strains | VINIF.2020.NCUD.DA240 |
| 02 Spore generation technology of 2 Bacillus strains | VINIF.2020.NCUD.DA240 |
| 01 Process for producing liquid microbial organic fertilizer | VINIF.2020.NCUD.DA240 |
| 01 Liquid biological pesticide production process | VINIF.2020.NCUD.DA240 |
| 01 Bt toxin extraction technology | VINIF.2020.NCUD.DA240 |
| 01 Recipe for creating 4 seafood tablets | VINIF.2020.NCUD.DA240 |
| 01 Formula to kill gray worms | VINIF.2020.NCUD.DA240 |
| 01 Formula to prevent red spiders | VINIF.2020.NCUD.DA240 |
| Mapdas Sensor Fusion - Positioning data processing program | VINIF.2020.NCUD.DA225 |
| Monitoring and control software – Mapdas Controller | VINIF.2020.NCUD.DA225 |
| Software for processing traffic signs | VINIF.2020.NCUD.DA225 |
| Software to process house number plates | VINIF.2020.NCUD.DA225 |
| Data digitization software - Mapdas Editor | VINIF.2020.NCUD.DA225 |
| Process for synthesizing cellulose airgel composite from cellulose by-products | VINIF.2020.NCUD.DA112 |
| Process for synthesizing silica airgel composite from rice husk ash | VINIF.2020.NCUD.DA112 |
| Technological process of designing, manufacturing, installing and operating cobots | VINIF.2020.NCUD.DA059 |
| Software suite for cobots | VINIF.2020.NCUD.DA059 |
| Bag-shaped battery assembly process | VINIF.2020.NCUD.DA039 |
| Button-shaped battery assembly process | VINIF.2020.NCUD.DA039 |
| Film creation process and electrode film quality | VINIF.2020.NCUD.DA039 |
| Technological process of ASFV antigen expression on tobacco plants | VINIF.2020.DA22 |
| The manufacturing process of smart windows | VINIF.2020.DA20 |
| A remote control system with multiple modes for smart windows | VINIF.2020.DA20 |
| Software that supports businesses in implementing algorithms | VINIF.2020.DA19 |
| Software integrated with salinity and ion concentration measuring device | VINIF.2020.DA18 |
| An AI application system supporting remote training for gastrointestinal endoscopy specialists. | VINIF.2020.DA17 |
| Intelligent platform for annotating and generating image data specifically for colonoscopy images | VINIF.2020.DA17 |
| 1 framework containing 3 modules simulating manufacturing processes, used for undergraduate and postgraduate training | VINIF.2020.DA15 |
| 1 set of source code to optimize manufacturing processes (machine learning model) | VINIF.2020.DA15 |
| 1. Software for labeling image captions and matching the semantics of sentence pairs | VINIF.2020.DA14 |
| 2. Open source library for keyword extraction; searching, extracting related news; and summarizing documents on the same topic | VINIF.2020.DA14 |
| 3) Fake news detection support system | VINIF.2020.DA14 |
| 01 3D printer control software | VINIF.2020.DA13 |
| Assembly process of the 3D bioprinter | VINIF.2020.DA13 |
| 01 software supporting 3D model design | VINIF.2020.DA13 |
| - 01 Welding process control program - 02 Carbon steel welding process - 02 Stainless steel welding process - 02 Copper and copper alloy welding process - 02 Aluminum and aluminum alloy welding process | VINIF.2020.DA12 |
| 01 welding system control program | VINIF.2020.DA12 |
| A software for managing welding databases | VINIF.2020.DA12 |
| 1. Vietnamese expert search system | VINIF.2020.DA11 |
| Big data information process of Vietnamese experts abroad | VINIF.2020.DA11 |
| 3. Vietnamese expert ranking algorithm | VINIF.2020.DA11 |
| A platform for searching and providing information about Vietnamese people abroad | VINIF.2020.DA11 |
| A Vietnamese communication system based on AI using eye signals and EEG signals for individuals with motor function impairments. | VINIF.2020.DA10 |
| Library providing APIs for processing air monitoring data | VINIF.2020.DA09 |
| Library providing APIs for processing air monitoring data | VINIF.2020.DA09 |
| Procedure for grafting to create grafted-ETFE film | VINIF.2020.DA08 |
| Sulfonation process to create ETFE-PEM membrane | VINIF.2020.DA08 |
| Cross-linking process for Nafion membrane | VINIF.2020.DA08 |
| 3D printing process of artificial blood vessels from MUSE cells without using molds | VINIF.2020.DA07 |
| Isolation and expansion process of MUSE (Multilineage-differentiating Stress Enduring) stem cells | VINIF.2020.DA07 |
| Process of creating multicellular spheroids from endothelial cells after differentiation | VINIF.2020.DA07 |
| Cultivation process of artificial blood vessels on the Bio-reactor system | VINIF.2020.DA07 |
| Machine learning model ready for use in clinical settings to predict progression from cirrhosis to primary hepatocellular carcinoma and other end-stage liver diseases | VINIF.2020.DA06 |
| Standardized process for integrated comprehensive data development using modern machine learning techniques | VINIF.2020.DA06 |
| Collection and storage procedures for biological samples: | VINIF.2020.DA06 |
| Collection, extraction, diagnosis, and validation procedures for clinical data, imaging diagnosis, histopathology/cytology, and biochemistry: | VINIF.2020.DA06 |
| Process for the production of single-chain gonadotropins for fertility treatment | VINIF.2020.DA05 |
| 1 VR content creation system for live streaming, simulating a virtual classroom with some functions allowing two-way interaction between students and lecturers is attached. In this virtual classroom system, we achieved an end-to-end delay of <0.5s, meeting the <3s latency criteria as registered, and the video transmission resolution is 4K - meeting the registration in the project appendix. This system is tested on Vive Pro virtual reality glasses. This video can actually be rendered on any virtual reality glasses | VINIF.2020.DA03 |
| The distribution map of Ellochelon vaigiensis | VINIF.2020.DA01 |
| Mitochondrial Genome Data (COI and Cytb), Growth, Nutrition, Reproduction, and Current Exploitation Status of Ellochelon vaigiensis | VINIF.2020.DA01 |
| Sustainable Conservation and Exploitation Solutions for Ellochelon vaigiensis | VINIF.2020.DA01 |
| Method of evaluating the effectiveness of COVINVAX vaccine against SARS-CoV-2 virus (Covid-19) on experimental animals | VINIF.2020.COVID-19.DA02 |
| Report on the safety and efficacy of the COVINVAX vaccine against SARS-CoV-2 (Covid-19) virus in experimental animals | VINIF.2020.COVID-19.DA02 |
| Technological process for producing COVINVAX Vaccine against SARS-CoV-2 (Covid-19) on Baculovirus substrate on a laboratory scale | VINIF.2020.COVID-19.DA02 |
| Cell culture, storage and recovery process | VINIF.2020.COVID-19.DA01 |
| SARS-CoV-2 isolation process on cells | VINIF.2020.COVID-19.DA01 |
| SARS-CoV-2 diagnostic testing process using Realtime RT-PCR molecular diagnostic method | VINIF.2020.COVID-19.DA01 |
| Procedures for collecting, preserving, and transporting specimens in accordance with biosafety level 3 laboratory conditions in the North | VINIF.2020.COVID-19.DA01 |
| SARS-CoV-2 gene sequencing process | VINIF.2020.COVID-19.DA01 |
– Urban Data Portal for Ho Chi Minh City; | VINIF.2019.DA20 |
| Open source framework for efficiently using human knowledge when training a Bayesian model from continuous incoming data streams | VINIF.2019.DA18 |
– System Management Software | VINIF.2019.DA16 |
| Solution and software for image/video processing to detect the number of car parking spaces | VINIF.2019.DA16 |
| - Automobile User Application Software | VINIF.2019.DA16 |
| - Supervisory Application Software | VINIF.2019.DA16 |
| Procedure for Detection and Detection Thresholds of Mutant Signature Genes in HCC-Soma-mut-panel | VINIF.2019.DA15 |
| Diagnostic threshold values and analysis models | VINIF.2019.DA14 |
| VHerbLeaf | VINIF.2019.DA13 |
| Herb Leaf Recognition | VINIF.2019.DA13 |
| Multi-object discovery algorithm for proximity optimization (MSD-PPO) | VINIF.2019.DA12 |
| Simulation design process of controllable photonic chip based on SOI material using CMOS process | VINIF.2019.DA12 |
| AI algorithms for intelligent routing of connections | VINIF.2019.DA12 |
| Cloud Computing System for Detection and Alerting of Drug-Resistant Bacterial Infections, and Antibiotic-Resistant Bacteria Diagnosis Service | VINIF.2019.DA11 |
| Antibiotic resistant bacterial genome analysis platform - released on cloud computing system and provided free of charge to domestic and foreign scientists | VINIF.2019.DA11 |
| Pan-genome Algorithm for Whole Bacteria - Open Source Release | VINIF.2019.DA11 |
| Bacterial Genome Visualization Software - Open Source Release | VINIF.2019.DA11 |
| Algorithm for improving bacterial genome assembly quality from next-generation sequencing data - open source release | VINIF.2019.DA11 |
| **Breath Analysis Software for Disease Diagnosis** | VINIF.2019.DA10 |
| Technological process of manufacturing breath analysis sensor chip | VINIF.2019.DA10 |
| Optimizing feedrate for 5-axis CNC machines | VINIF.2019.DA08 |
| Digitalization System – Integration of CNC Machines and Robotics in Manufacturing | VINIF.2019.DA08 |
| System and Method to Reach Consensus in a Multi-chain IoT Environment | VINIF.2019.DA07 |
| **Application for Agricultural Product Traceability. Source Code:** [https://github.com/haiquan5396/VINIF.2019.DA07-VCHAIN/tree/master/dapps/b-agri](https://github.com/haiquan5396/VINIF.2019.DA07-VCHAIN/tree/master/dapps/b-agri) | VINIF.2019.DA07 |
| **Sample Credential Verification Application. Source Code:** [https://github.com/haiquan5396/VINIF.2019.DA07-VCHAIN/tree/master/dapps/b-cert](https://github.com/haiquan5396/VINIF.2019.DA07-VCHAIN/tree/master/dapps/b-cert) | VINIF.2019.DA07 |
| **Open-Source Decentralized Application Framework Based on Blockchain Technology (V-Chain). Source Code:** [https://github.com/haiquan5396/VINIF.2019.DA07-VCHAIN](https://github.com/haiquan5396/VINIF.2019.DA07-VCHAIN) | VINIF.2019.DA07 |
| **Artificial Intelligence-Based Energy Prediction Model** | VINIF.2019.DA05 |
| Optimization application program combined with machine learning technology to serve 3D printed products | VINIF.2019.DA04 |
| Machine learning toolkit for materials science (MATSML) | VINIF.2019.DA03 |
| Software Name: AI-Cardio | VINIF.2019.DA02 |
| Process of raising polychaete worms and hermit crabs commercially | DA202_20062019 |
| Procedures for testing and handling pathogens | DA202_20062019 |
| Biomass farming process for polychaetes and hermit crabs | DA202_20062019 |
| Larvae rearing process | DA202_20062019 |
| Process of domesticating polychaete worms and hermit crabs collected from the wild; | DA202_20062019 |
| - Technological process for manufacturing activated carbon from Dicranopteris linearis | DA163_15062019 |
| Platform for storing and processing large data according to the data lake model | DA137_15062019 |
| DSWatcher: A comprehensive solution for automatically collecting and analyzing signals from many different data sources | DA137_15062019 |
| DSMiner: Customer analysis and understanding system | DA137_15062019 |
| DSWatcher: - Monitor all information and activities about businesses and organizations in a multidimensional real-time manner. - Automatically collect data, analyze and evaluate information about products and brands on a large scale from social networks. - Collect and evaluate customer opinions and feedback to optimize business and better care for customers. - DSWatcher Dashboard displays real-time information | DA137_15062019 |
| DSMiner: - Segment customers based on demographics. - Segment customers based on consumer behavior. - Predict demographic information based on customer behavior. - Detect customer intentions based on social media behavior data. - Suggest next products based on customer behavior chain. - Suggest cross-sell and cross-sell products. - Analyze shopping cart data. - Analyze customer lifetime value. - Analyze customer satisfaction. - Analyze customer opinions. - Analyze customer churn. - 360-degree customer portrait. - Analyze potential customer groups. - Enrich customer data set. - Search for customers. - Analyze the market. - Analyze brand pages and groups. - DSMiner dashboard displays information | DA137_15062019 |
| Management system for a social influencer marketing campaign | DA132_15062019 |
| Model representing objects on social networks and relationships | DA132_15062019 |
| A measure of a user's influence on social media | DA132_15062019 |
| Algorithm for identifying influential users for a social media influencer marketing campaign | DA132_15062019 |
| Management system architecture for a social media influencer marketing campaign | DA132_15062019 |
| Process of manufacturing graphene sensors in Vietnam, and achieving the criteria of transferring part of the technology to Vietnam | DA123_15062019 |
| Industrial manufacturing process of circuit board systems | DA123_15062019 |
| - Technological process of creating nano cold-relieving herbal essential oils | DA120_15062019 |
| - Technological process of creating nano acne essential oil | DA120_15062019 |
| - Neem oil production process has azadiractin content >40,000 ppm | DA120_15062019 |
| - The process of extracting azadiractin from neem seeds creating an extract of 150,000 ppm | DA120_15062019 |
| - Technological process of vacuum distillation of essential oil: tea tree | DA120_15062019 |
| - Technological process of vacuum fractional distillation of essential oil: lemongrass | DA120_15062019 |
– Technological process of vacuum fractional distillation of essential oil: cajeput” | DA120_15062019 |
| - Technological process of fractional vacuum distillation of grapefruit essential oil | DA120_15062019 |
| Vietnamese text standardization model for non-standardized words, applied to improve the quality of Vietnamese speech synthesis | DA116_14062019 |
| High quality speech synthesis system with End-to-end deep learning model for Vietnamese | DA116_14062019 |
| High quality speech synthesis system with DNN deep learning model for Vietnamese | DA116_14062019 |
| The technological process of manufacturing a thermal image sensor includes designing a thermal infrared image sensor with a resolution of ≥16x≥16 pixels, and a heat-sensitive part of the image sensor with a resolution of ≥320x≥240 pixels. | DA106_14062019 |
| Miniaturization process, by etching thin films: SiOx, SiNx, CuAlO2, Al, Ti, Zr | DA106_14062019 |
| Optimal multilayer membrane design allows absorption in the long-wave infrared wavelength range from 8μm to 12μm, total absorption coefficient of the entire range >80% | DA106_14062019 |
| Thin film coating technology process: SiOx, SiNx, CuAlO2, Ti, Zr, Al and report evaluating the optical and transmission properties of SiOx, SiNx and CuAlO2 thin films | DA106_14062019 |
| Technological process for manufacturing sensors on bare silicon slabs Φ100 mm, thermal infrared imaging sensors with resolution ≥320x≥240 pixels | DA106_14062019 |
| Technological process of manufacturing sensors on silicon wafers with integrated circuits and packaging of thermal infrared image sensors with resolution ≥320x≥240 pixels | DA106_14062019 |
| Algorithm and Program to control balance and movement for robots | DA05_07052019 |
| - Anti-sway control algorithm for Container Crane | DA04_06052019 |
| - Interface for operating and positioning containers for cranes | DA04_06052019 |
| - Source code for graph model to analyze and evaluate spatial and temporal coverage and connectivity of Ho Chi Minh City's bus network | VINIF.20219.DA20 |
| Artificial reproductive procedures; | DA202_20062019 |
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