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As a specialist in the field of Biomedical Vital Signs Processing, Monitoring, Detecting, Diagnosing, and 3D Magnetic Resonance Imaging (MRI), Computed Tomography (CT), Ultrasound (US), X-Ray, PET, Interventional Radiology Imaging, and Biomedical Image Processing Systems we develop new techniques and applications for Biomedical Imaging and Image processing. Our range of products includes complete 3D CT-systems as well as CT-MRI-X-Ray-PET Hardware equipment and CT-MRI-X-Ray-PET-Software, 3D Brain Imaging, 3D Brain Image Reconstruction and Analysis for all stages of the digital imaging process.

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Our R&D, Innovation, and Technology is focused on Machine Learning, Data Mining, Artificial Intelligence,Linked Data, Semantic Web, Digital Signal Processing, Statistical Signal Processing for the Diagnosis of Health Diseases in Medical Imaging, Biomedical Signal Processing Systems, Brain Imaging Technologies and related models, and Time series analysis with Medical applications. Our R&D Group is developing advanced DSP-Machine Learning Algorithms that learn and adapt to recognize complex patterns such as PQRST Complex in the ECG Bio-Signal or other Patterns in BP, SPO2, Respiration, EEG Bio-Signals within rich and Big Data. The new Digital Signal Processing (DSP) and Digital Image Processing (DIP) Machine Learning Aglorithms are deployed on large Big Health Data, such as Bio-Signals or Biomedical Images (MRI-CT), in order to extract new Bio-Markers for a possible Health Disease detection and analysis.The medical objectives and benefits are to Design Advanced Clinical Decision Automated Systems, to Increase the Accuracy of Dr's Medical Evaluation of the Patient Checking Status, to Analyzing real world evidence for Personalized Medicine. Currently we have developed an Advanced Statistical ECG-Cardio Software that carries Automated ECG examinations with Health Bio-Diagnostic Statistics, and in parallel we develop Innovative Software-Hardware Technologies such as cutting edge Interpretation tools based on Machine Learning Technology.

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Medical Electronic systems are coming closer and closer to the Body through Smartphone Health Apps, Smart Wristbands, Smart Health Patches. Designing Innovative and Smart Medical Systems to revolutionize Cardiac, Cancer, and Chronic disease management and will provide the caregiver and the patient with Real-time Bio-Markers and Vital-Signs that will enable Precision Medicine thanks to predictive Personalized Health Analytics. Smart Wearable Systems will provide a Continuous and Real-time Health Status Monitoring towards the Prevention of any possible Disease..Design and develop of a new advanced and innovative diagnostic, monitoring portable, and wireless medical device that will continuously transmit real-time medical data in a Wi-Fi wireless environment based on Bluetooth technology such as: ECG, HR, PAR, SPO2, HBP-LBP-ABP, R-BR , and ST. The MVISIMMO is an innovative portable and mobile telemedicine monitoring system that will provide vital physiological and bio-signals of the heart and oxygen to ca ncer, cardiovascular, and critically care patients, but also for any patient or person needs to monitor or diagnose or make measurements for the biomarkers of electro-cardio-graph (ECG), heart rate (HR), pulse artery rate (PAR), saturation oxygen levels (SPO2), non-invasive high-low-average blood pressure HBP-LBP-ABP, respiration (R)-breathing rate (BR), and skin temperature (ST).

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BMS BIOMED MEDICAL SYSTEMS is a Leading medical technology company, specializing in developing Cardiac Monitoring Products and Diagnostic Services for Doctors and Patients. BMS BIOMED MEDICAL SYSTEMS has gone steps beyond any traditional Cardiac-ECG Monitoring Systems that provide only Monitoring the ECG Signal, PQRST Complex, and Cardiac Arrhythmias. The Cardio-Biomed System is capable of detecting and tracking all Cardio-vascular diseases and all Cardiac Arrhythmia categories based on smart Machine Learning and Pattern Recognition based on Real-time. This innovation allows Cardiologists and other Doctors to Monitor Cardio-vascular, Cancer, and Chronic Disease Patients remotely based on continuous time from Anywhere and Anytime. Our R&D Biomedical Engineering Team has developed Innovative and Smart Biomedical Signal Processing Algorithms that can Automatically Detect, Track, Recognize, Classify, Analyze and Interpret each Cardio-Vascular Disease, Cardiac Arrhythmia category, Cardiac Abnormalities, and send these valuable data-information directly to the Cardiologist or to the Clinic based on real-time communication though a WiFi-Cloud based computing network and display these as triggering alerts on the display of a Smart-Phone, iPhone, iPad, Tablet, Laptop, PC, or any mobile and handheld device. Currently, we are working on medical wearable devices such as a Cardiac-patch, and an Electronic Wristband that will be connected to any Mobile device. The main Innovation of this Medical Application is to deliver Real-time Monitoring with advanced Diagnostic results-measurements of possible CVDs, but to also improve the life style of Cardio-vascular, Cancer, and Chronic Disease Patients. Our Vision is to deliver the State-of-the-Art and World-class Innovating Technologies in Delivering Remote and Real-time Clinical Services such as Cardiac Monitoring with High Precision Prognosis and Diagnosis to the Doctors and Patients.

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Design and Develop smart Image Processing Algorithms and Machine Learning for 3D Medical Computer Vision-Reconstruction and Auto-diagnosing solution for Liven Cancer, Lung Cancer, Pancreas Cancer, Breast Cancer, Cardiovascular Analysis, Brain Analysis, and Medical Imaging Analytics. BIOMED Medical Systems has prototyped strong Computer Vision and Image Processing Algorithms based on Machine Learning and Pattern Recognition that enables and automates Medical Diagnosis computed by looking at X-rays, MRIs, Ultra-Sounds, CTs, 3D Breast Tomo-synthesis Images and other scans. Our goal is to provide a High Precision and an Automated Medical Diagnosis of Cancer Detection at early stages of an X-Ray, Ultra-Sound, MRI-CT body scan so that Medical Doctors and Physicians can acquire a Prognosis for Cancer Tumor development. In many Hospitals and Clinics there is no sufficient Radiology Diagnosis ability, the nurses and general physicians will be able to get benefit from the technology. As Clinical Assessment and Me dical Evaluation by Expert Radiologists in the Cancer Field remain extremely important, it is highly demanded that Medical Care and Diagnosis is a must with High Accuracy of a utility of predictive analytics in Cancer stages. Our Aim and Technology is to deliver Preventive Medical Imaging Analytics with Smart Diagnostic Solutions in Radiology Imaging for Cancer Tumors.

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In addition, we design and develop advanced and innovative Vital Signs Monitoring Hardrware Sensors and Systems with smart Vital Signs Monitoring, Detecting, Diagnosing Computer-based Health Solutions. Our Company is also specialized in design and developing Medical Imaging Micro-Endoscopes with Ultrasound, Photonics, Lazer, and Micro-Catheters for Cancer Therapy.

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Dedicated high-resolution 3D CT-systems and Vital Signs Monitoring Systems are the main focus of our system development efforts. Examples include Brain imaging in Research and Development as well as dedicated Endoscopic imaging. Using our modular software platform, we cover both individual steps and the entire imaging process chain, such as 3D Reconstruction, Visualization, Simulation, Analysis and Calculation.

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Dedicated Advanced Vital Signs Wireless Sensing, Monitoring, Detecting, and Diagnosing Sensors and Systems, in full integrated Computer-based Software and Hardware Systems, with Advanced Mathematical Detection, Tracking, and Diagnosing Algorithms for Smart Event trigerring and Machine Learning-Data Mining Algorithms for PQRST adaptive learning and feature recognition for Cardiac Health Monitoring, Analysis, and Cardiovascular Disease Interpretation.

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