SEVERAL PATIENTS WHO HAVE OVERCOME CORONAVIRUS DISEASE (COVID-19) HAVE BEEN LEFT WITH CARDIOVASCULAR AND PULMONARY SEQUELAE AND MOST MEDICAL CENTERS LACK A REMOTE MONITORING SYSTEM FOR EACH PATIENT THAT NOTIFIES THEM OF ANY COMPLICATIONS DURING REHABILITATION. THE OBJECTIVE OF THIS RESEARCH WAS TO IMPLEMENT A WEARABLE THAT MONITORS THE PATIENT’S HEALTH AND ALERTS IN CASE OF DETECTING ANY ANOMALY. FOR THIS REASON, A WEARABLE WAS DEVELOPED THAT DISPLAYS THE PATIENT’S HEART RATE, OXYGEN SATURATION (SPO2) LEVEL AND BODY TEMPERATURE ON THE LIGHT EMITTING DIODE (LCD) AND THE APPLICATION MOBILE, SENDING AN ALERT AND GEOLOCATION MESSAGE IF ANOMALIES ARE DETECTED IN VITAL SIGNS. THE STANDARD DEVIATION OF HEART RATE, TEMPERATURE AND SPO2 WAS OBTAINED, WHICH WAS 1.4930, 0.1558, AND 0.4364 IN THE REST STAGE, RESPECTIVELY, AND 6.3442, 0.2365, AND 0.9186 IN THE PHYSICAL ACTIVITY STAGE RESPECTIVELY...

CURRENTLY, THERE HAS BEEN A SIGNIFICANT INCREASE IN THE INSTALLATION OF PHOTOVOLTAIC (PV) MODULES ON WATER SURFACES, DUE TO THE NATURAL CAPACITY OF WATER TO COOL AND KEEP THE MODULES FRESH, GENERATING A REDUCTION IN THE LOSS OF THERMAL ENERGY AND AVOIDING THE LOSS OF EFFICIENCY DUE TO OVERHEATING. HOWEVER, IN PERU THE APPLICATION OF PHOTOVOLTAIC SYSTEMS ON FLOATING SURFACES IS NULL AND THE STUDIES PUBLISHED REGARDING THEIR APPLICATIONS ARE LIMITED SO FAR. THE OBJECTIVE OF THIS RESEARCH IS TO CARRY OUT A REALISTIC SIMULATION OF A FLOATING PHOTOVOLTAIC SYSTEM DRIVEN BY CLIMATE AND BASED ON ENERGY DEMAND IN THE DISTRICT OF CASTILLA. PVSYSTEM AND GLOBAL SOLAR ATLAS WERE USED AS CALCULATION AND SIMULATION TOOLS IN THIS STUDY. THE RESULTS SHOW THAT 1GWH IS NECESSARY TO COVER THE ELECTRICITY DEMAND AND THAT WITH THE FPV AROUND 76.28 MWH IS PRODUCED, LESS THAN WHAT IS NECESSARY PER YEAR WITH AN ...

CURRENTLY IN THE DEPARTMENT OF ADMINISTRATION OF PATRIMONIAL CONTROL THE LACK OF USE OF TECHNOLOGIES TO PERFORM THE INVENTORY AND VERIFY THE REGISTERED MOVABLE GOODS IS VISUALIZED, REASON FOR WHICH CAN PRODUCE THE DISORDER OF THE INFORMATION AND ITS SUBSEQUENT LOSS. THEREFORE, THE OBJECTIVE OF THIS RESEARCH IS TO DEVELOP A MOBILE APPLICATION TO IMPROVE THE INVENTORY TAKING PROCESS. THIS IS WHY A GRAPHICAL INTERFACE WAS DEVELOPED THAT ALLOWS THE VERIFICATION AND REGISTRATION OF MOVABLE ASSETS, THIS INTERFACE IS BASED ON APP INVENTOR WHICH IS A VISUAL BLOCK ENVIRONMENT, CREATED FOR THE DEVELOPMENT OF MOBILE APPLICATIONS, WHICH RESULTED IN A 93.75% SATISFACTION RATE, 100% ACCURACY WHEN REQUESTING INFORMATION FROM THE FIREBASE AND A LATENCY OF 142.3 MS WHEN VERIFYING THE INFORMATION ADDITIONALLY, THE APP CAN WORK WELL ON DEVICES RUNNING ANDROID 7.0 AND ABOVE WITH A MAXIMUM PACKET LOSS OF 10....