House Door Research Articles

The red thread of information across more-than-human love

Love is a cornerstone of the multispecies family. It has implications for how companion animals and their human companions know and treat each other. Descending through the universe of living to the universe of information, this paper aims to understand information in the deep engagement between humans and companion cats and dogs. A phenomenological lens of Information Experience and Posthumanism is combined with ethnographic methods to guide the research. I start with the represented affective information in human-animal material and embodied encounters, including in relation to human beds, house doors, room lights, animal cuddles, and touch. Then, I describe human and animal ways of understanding the inner and emotional lives of the other as another existential layer of information interaction in these encounters. To inform the examination of loving and living with cats and dogs, I show how human participants, who have more power in the relationship, learn to give their animals more agency and let the animal be through informational activities of recognizing species differences, imitation, and considering the animal’s best interests within the family. The study provides insights for applying love as a way of understanding information in more-than-human relations, highlighting meaningful information shared between lovers (or knowers), encompassing both humans and animals, as they contribute to each other’s information making and taking.

3D visualization of hurricane storm surge impact on urban infrastructure

As climate change intensifies, resulting in more severe rainfall events, coastal cities globally are witnessing significant life and property losses. A growingly crucial component for flood prevention and relief are urban storm flood simulations, which aid in informed decision-making for emergency management. The vastness of data and the intricacies of 3D computations can make visualizing the urban flood effects on infrastructure daunting. This study offers a 3D visualization of the repercussions of hurricane storm surge flooding on Galveston, TX residences, illustrating the impact on each structure and road across varied storm conditions. We employ target detection to pinpoint house door locations, using door inundation as a metric to gauge potential flood damage. Within a GIS-based framework, we model the damage scope for residences exposed to varying storm intensities. Our research achieves three core goals: 1) Estimating the storm inundation levels on homes across different storm conditions; 2) Assessing first-floor elevations to categorize housing damages into three distinct groups; and 3) Through visualization, showcasing the efficacy of a proposed dike designed to shield Galveston Island from future storm surge and flood events.

Rancang Bangun Sistem Pengunci Pintu Rumah Menggunakan Remote nRF24l01+ Berbasis Mikrokontroler

Home door security currently still uses a manual system using conventional door locks. The disadvantages of conventional house door locks include that the home owner must ensure that the house key is not owned by a stranger which causes the key to be easily duplicated, as well as the number of house break-ins that cause the security of the house door to be very insecure. To overcome the problems that occur regarding the security of the house door, the authors created a microcontroller-based door lock system using the nRF24L01+ remote as access control for opening and closing door locks. This door lock system uses 3 microcontrollers, including NodeMCU ESP8266 as a remote. Arduino Uno as the door lock system control unit, as well as the additional NodeMCU ESP8266 microcontroller as a data logging unit. The control unit is tasked with making decisions based on commands sent by the remote via radio frequency communication from the nRF24L01+ module. The command sent by the remote is in the form of opening and closing the door lock which comes from the input button on the remote. It also provides additional features in the form of data logging by providing input using a limit switch attached to the door. This research got the results, namely the success of the system that is able to respond in less than one second. The fastest response time gets a value of 0.14 seconds, then the longest response speed gets a value of 0.565 seconds, and the stable response speed gets a value of 0.188 seconds

TABURAR: UNDERSTANDING MODERATION THROUGH HOUSE DOORS IN THE UGAR VILLAGE

This study aims to reveal the moderation practices carried out by the people of Ugar village, Kokas district, Fakfak Regency, West Papua Province, through their house doors (Taburar). It departs from the assumption that there are functions and roles on the house door as a picture of mutual trust in which the community holds fast to the village philosophy as a basis for values and norms used to regulate family and community life. This traditional philosophy has enabled the Ugar community to survive and adapt to new understandings that enter their village. Qualitative research method with observation and interview techniques related to cultural phenomena and community activities. Several references were used to enrich the data. This paper found that every house in the Ugar community has many doors with their respective characters. Each character has a philosophy and value that leads to the formation of moderation. The internalization of this traditional value allows the strengthening of religious moderation and respect for other identities to occur.

Design And Build Door Security Using Fingerprint

Today's technology has undergone many developments, with the development of these technologies can be put to good use. One technology that is currently being developed is in the field of security. Especially in the field of Biometrics because there are two functions, namely identification and verification. Biometrics have characteristics that are not lost, cannot be forgotten, and are not easily faked. Its existence is very close to humans, and one another is not the same so that uniqueness and security can be guaranteed. One of the biometrics that is easy to use is fingerprint, because this fingerprint pattern has high security and the fingerprint pattern is also easy to use. In increasing security, fingerprints can be applied as house door locks, because everyone's fingerprints are different so security will increase and it is not easy to access. The purpose of this tool is made so that it can be applied in the community, with this tool homeowners do not need to carry a key and only require fingerprints, so as to reduce the risk of crime that is rife in the community.

Sistem Buka-Tutup Sebuah Pintu Rumah Menggunakan Face Recognition Berbasis Mikrokontroler

Internet of Things technology is now widely used in all aspects of life including the application of smart homes. An automation technology is used to facilitate access at home, as well as access to the entrance of the house that uses facial image recognition (face detection). Human facial image recognition is one of the important technologies that continues to develop in the field of computer vision with its application in biometric recognition systems. One of them is by using the facial image recognition method, the Haar Cascade Classifier Algorithm. Therefore, a house door open-close system with facial recognition is designed using the ESP32-Cam module as a camera sensor. Face images were taken using the ESP32-Cam camera and processed using the ESP32 Microcontroller through the Arduino IDE program. Recognition results will be forwarded from the microcontroller to the PIR sensor, DC motor, buzzer, LED and website. The test result of this system is that if the detected face ID matches the data base, the PIR sensor will be active to detect the movement of objects in front of the entrance. When motion is detected, the buzzer as an alarm will be ON and the door will open and close automatically. If Face ID is not detected then the door will not open.

The Ornamentations of the Arch Frames in the Windows and Doors of the Traditional Houses in Old City of Hebron during the 19th and 20th Century

يدور الحديث في هذا البحث حول دراسة وتوثيق الزخارف والأشكال الفنية المنقوشة على إطارات العقود في شبابيك ومداخل البيوت التراثية في البلدة القديمة في مدينة الخليل، والتي تركزت في الغالب على مفتاح العقد، وبعضها نقشت على العمود الفاصل بين شباكين متجاورين. وقد تبين من خلال هذا البحث العديد من النتائج أهمها أن الفنان المحلي قد التزم في نقش الأشكال الهندسية أو النباتية أو الكتابية دون أن يتم تسجيل أي شكل لكائنات من ذوات الأرواح، في حالة من الالتزام بتحريم رسمها. وتبين أن الأشكال الهندسية قد تنوعت بين شبه المنحرف، المعين، المربع، المستطيل، الشكل البيضاوي، الشكل المروحي والدائرة، إضافة إلى الأطباق النجمية والمضلعات الخماسية والسداسية. وأما الأشكال النباتية فقد تنوعت بين ورق الأكانثاس، سعفة النخيل، نبات دوار الشمس، ورق العنب، الورود الرباعية والخماسية والسداسية والسباعية والثمانية، الزنبق، والوردة الكأسية. وبين البحث أن النجوم بأنواعها قد حازت على نصيب كبير من الأشكال الزخرفية. أما التاريخ فقد تمت كتابته بالسنوات الهجرية في إشارة إلى تبعية المدينة للنظام العثماني الإسلامي في حينه. وكان نصيب الكتابات على عقود الشبابيك والأبواب قليل جداً، وهي إما أنها كلمات التوحيد، أو البسملة أو أيات قرآنية، بخط رقعة حديث. ومن نتائج البحث أيضاً إظهار التزام الفنان المحلي ببعض صفات الفن الإسلامي أثناء نقشه رسوماته مثل الإتزان، التناظر، الحركة، التكرار والتشابك، بينما لم نجده ملتزماً ببعض الصفات الأخرى مثل النقش ثلاثي الأبعاد، ملئ الفراغ، والبعد عن الشكل الطبيعي أو التحوير. وكشفت الدراسة أيضاً عن مدى ثراء أهل المدينة وعن القدرات الفنية للمعماريين الذين عاشوا في حقبة الدراسة. وإلى معرفة الأفكار والأيديولوجيات التي أثرت على الفنان والمعماري الذي أشرف على العمارة المحلية في مدينة الخليل. ومعرفة مدى التشابه والتنوع في هذه الزخارف. كما كشفت مدى تأثر الفنان في مدينة الخليل بالمحيط الثقافي الفلسطيني والعربي، والإقتباس منه. أما منهج الدراسة فقد اتبع الباحث منهج الدراسة الإحصائية والتوثيقية مدعماً بالتحليل التاريخي والفني، وقد تم جمع المادة البحثية من خلال الجولات الميدانية في بيوت البلدة القديمة في مدينة الخليل.

The Hand of Irulegi Basque-Iberism return after seventy years of dismissal

The Hand of Irulegi is a Iberian bronze plate with a hand shape which is scripted with Iberian-Tartesian signs and has been found in an archaeological site (at Mt Irulegi) close to Pamplona, Navarre (Spain). It was probably fabricated at the 1st century BC to be hanged at the outside house door. Part os the Iberian signs have been officially transcripted and translated by official scholars by using Basque meaning of Iberian wording. It implies that Basque- Iberism returns to official scholars after about 70 years of dismissal. In this work, we have proposed a transcription and translation of the full four lines of the inscription by using phonetic-semantic similarities between Basque and Iberian wording and Iberian-Tartessian signary. Translation has come out to be in the Hospitium Iberian striking (to Romans) custum/tradition which consisted of a warm invitation and reception to foreigners to be hosted in the house. Also, it is now possible that Iberian-Tartessian rock scripts at Canary Islands may also be studied by official Iberian scholars and also the possible early origins of Iberian–Tartessian signary on the Lineal Megalith Scripts found in rocks in Mediterranean and Atlantic EuroAfrica. The main conclusion about “The Irulegi Hand” Iberian writing meaning is that it is within the frame of foreigners invitation to be hosted Iberian tradition or “Hospitium”. However, work on the exact meaning is not yet finished.

Florence Kelley: Pragmatist, Feminist, Socialist

Florence Kelley: Pragmatist, Feminist, Socialist

Automatic Door Lock Using Microcontroller

Home security is one of the common worries for anyone to have. Certainly, it is necessary to ensure the security of house from whether a thief or other crimes. One of the ways to ensure the security of house is by locking the door with a key. On one hand, key is one of the oldest forms of security, there are already various shapes and kinds of keys. On the other hand, key is not the most practical usage of security, either the person brings the key together with them or leave it somewhere else only they can know. This can be a problem if somehow, they lost the key or if the key got stolen. This can be solved with a help of technology like automation. This article is about designing an automatic door lock with a microcontroller called ESP32. This door lock can help locking the house door automatically by a simple click on your smartphone. It works by controlling the movement of the key when you want to whether locking or open the door by using a servo motor that are also controlled with a microcontroller thru a smartphone. The automatic door lock can be used as solution for home security and is more practical because you no longer need to carry a key.

Use of Intrusion Detection Systems in Vehicular Controller Area Networks to Preclude Remote Attacks

Security is always at the forefront of our thoughts whether we know it or not. Mindlessly, people go about their daily lives with security a part of everything performed. Is the house door locked? Is the phone off and upside down on the table so no one can see it? Is the computer at home/work logged out and secure? However, when thinking about our vehicles, the normal person stops at locking the door. Problem is that our vehicles’ electronic systems are unprotected. Vehicles today are essentially personal computers with wheels. It is arguable that vehicles are incredibly safe, but that safety is an illusion. The computers that control our cars have essentially zero security in place to protect them. It is a chilling notion to have the knowledge your brakes could be rendered useless while moving at a high rate of speed. On top of that, this could be done and leave essentially no trace it had been performed. The main crux of this insecurity is the Controller Area Network (CAN) utilized by the vehicles’ electronics. This paper outlines the current vulnerabilities that vex this network system and why those issues have remained unsolved. It also outlines a plausible solution to get the security community moving in the right direction. While this solution is a mere small step toward a robust network, it does alert the operator to a potential network attack. With this knowledge, the driver of the vehicle may get it to a safe location prior to more damage being inflected on themselves or others.

Telegram Implementation on Security and Monitoring of Home Door Keys Based on Wemos and Internet of Things

Good home security will make homeowners feel comfortable leaving the house. The existing home door security system still has weaknesses in certain types, for example for door locks using Radio Frequency Identification (RFID), if the RFID card is damaged, it will be difficult to unlock the door. The absence of a door lock monitoring system is locked or not when the user leaves the house will also reduce the user's sense of security and comfort. This study aims to improve the security of door locks by utilizing bots on the Telegram application installed on Smartphones as door lock controls and can make it easier for users to monitor the state of house door locks from anywhere with the concept of the Internet of Things. The telegram bot is used to send commands to open or lock the house door to the WEMOS D1 Microcontroller which then becomes the Actuator control in the form of a Solenoid Door Lock with a Relay as a connector. Thus the integration of the microcontroller and the Telegram application with the IoT concept can be a door security solution. However, it does not rule out the possibility of a security hole in the system created.

The View of Religious Figures on Mandiu Pasili Tradition in the Marriage of the Kaili Tribe from the 'Urf Perspective (Study in Wani Satu Village, Tanantovea District, Donggala Regency)

Mandiu pasili tradition is a wedding bathing tradition in the Kaili tribe. Thistradition to carry out two or three days after the marriage contract is implemented atthe bride's house door. The mandiu pasili tradition is still carried out by the Kaili tribein Wani Satu Village, which uses various tools and materials that contain philosophicalmeanings in its implementation. The purpose of the research is to describe howreligious leaders view the implementation of this tradition and how the position of themandiu pasili tradition is viewed from perspective ‘urf. The research method used isJuridical Empirical. The research approach used is descriptive and qualitative. Theresearch is located in Wani Satu Village, Tanantovea District, Donggala Regency. Datawere obtained through interviews and documentation. The results of the study are asfollows: first, religious leaders have two views on implementing the mandiu pasilitradition. Namely, the mandiu pasili tradition is classified as ‘urf sahih because thereare teachings of Islam in its implementation. On the other hand, the mandiu pasilitradition is classified as ‘urf fasid because it is considered not by Islam. Second, theposition of the mandiu pasili tradition in the perspective of ‘urf is classified as ‘urffasid because there are several implementations of this tradition that are not by theteachings of Islam. This tradition has good aims, and in terms of the tools and materialsused, none of them violate the teachings of Islam. However, with some processionsconsidered not by Islam's teachings, the whole mandiu pasili tradition is categorized as‘urf al-fasid.

INTERNET OF THINGS (IoT) TRAINING FOR STUDENTS OF SMK NEGERI 1 TANJUNG SARI, LAMPUNG SELATAN

Internet of Things (IoT) is a technology that is currently busy been discussed recently. With this technology, every device we use have later can be connected to the internet, so it can be controlled from remotely with a smartphone or even with voice commands. As in our homes, there will be many items that are connected by the internet of things, such as refrigerators, lights, tv, house doors and other items. We can control it with our smartphone. This IoT works using relays and NodeMCU as a code store that has been created in the Arduino ide software.

SMART DOOR LOCK DESIGN WITH INTERNET OF THINGS

Most of today's electronic devices are becoming smart and traditional house doors are lagging behind this technology. With the development of technology, the need for remote and rapid control of devices has increased. With the internet of objects, it was possible to make the devices remotely available over a Wi-Fi network. In this study, remote control of the devices has been done by using ESP32 development board which includes Wi-Fi module. Here, an intelligent system consisting of ESP32, android based remote control application, solenoid door lock, fingerprint sensor, RFID card reader and keypad is provided. With the ESP32 module, doors that can be controlled remotely and intelligently can be controlled and transmit data instantly. So; a device that is controllable, safe, economic, easy to control.

Textures of precarity: Repurposing in a Ugandan refugee settlement

Palabek Refugee Settlement in Northern Uganda hosts more than 40,000 refugees from South Sudan. They receive plots of land upon which they must build their own houses, as well as a few relief items and minimal food rations. The people who cross the border are not passive recipients of humanitarian aid. They creatively repurpose items often associated with precarity and helplessness in ways that challenge images of refugee victimhood. UNHCR tarpaulins are used in various projects, including video halls and churches. USAID cooking oil tins serve to make house doors that protect, bring privacy and give the owners status. These projects are not only opportunities for agency; they also offset the persistent waiting that often characterizes life in forced displacement.

Smart Home Monitoring Pintu Rumah Dengan Identifikasi Wajah Menerapkan Camera ESP32 Berbasis IoT

The Smart Home security system for house door locks with the face of the homeowner uses ESP32Cam as a face detection camera in case of problems that occur with a lack of home security so that criminals can break into the door of the house. So the need for a tool that can increase the security of the door so that it is not easily opened. The face protection process is in accordance with what is input to the system camera ESP32Cam; the relay automatically gives the command to open the door to the magnetic solenoid so that the door is opened. Testing tools through the method experimental (trial and error) the tool works well and helps homeowners in increasing home security by 97% suitable for use and functioning with a distance of 5-10 cm.

Design and Construction of Additional Security Device for House Door Using Arduino Uno Based on Short Message Service

Security is a very important aspect of a house. The level of protection and comfort of the house certainly cannot be separated from how good the security system of the house is. The door is used for the main entrance and exit of the house. When the owner of the house is inside, the door can be locked from the inside with the addition of a slop lock on the door. However, if the owner of the house leaves, the door is only locked using a regular key without any additional keys on the inside of the door. So that the door of the house can be opened only by "lockpick" by an irresponsible person. Such problems can be prevented by installing additional security devices on the door of the house that can be controlled to lock the inside of the door and can provide early warning to homeowners through SMS (Short Message Service) notifications on cell phones. The components used in this system are Arduino Uno microcontroller, Servo Motor, Vibration Sensor (SW-420), Buzzer, Magnetic Switch MC-38, and GSM SIM800L V2. The prototype worked well and reach the research’s objective.

SISTEM PENGAMANAN PINTU MENGGUNAKAN E-KTP BERBASIS ARDUINO UNO MEGA2560

In the era of the industrial revolution 4.0 today, many technologies are used by humans to help their daily activities, one of which is in the field of home door security. To improve the security of home doors, we can use the Arduino Mega2560 as a control center, we can design a prototype for a door security system using E-KTP which is equipped with several sensors to improve the security of the door that is used as access for entry and exit. E-KTP is a card that is used as a person's identification and can also be used as a tool to open the door in the design of this tool, because in it there is a chip that can be read using electromagnetic waves. RFID (Radio Frequency Identification) is a sensor that can be used to read E-KTP, and to control it remotely, we can use the SMS (Short Message Service) service that is on every Cellphone / Smartphone so that the security of the house door is better because it is also equipped with Magnetic sensors and Buzzer as security if the door is forced to open by an irresponsible person.

Pengendali Lampu dan Pintu Dengan Perintah Suara Berbasis Android dan Arduino Uno

AbstractCurrently, Android smartphones are widely used in various fields, not only as a means of communication, but nowadays smartphones can control home appliances because the development of Android operating features is increasingly sophisticated. One of the speech recognition technologies is one of the technological breakthroughs that are currently widely used compared to Bluetooth technology. Speech recognition operation by simply saying a command becomes more practical and efficient. Therefore the authors propose speech recognition or voice via an Android smartphone as a device that can be operated in controlling lights with an input system or controller in the form of a voice. This study aims to make applications to make it easier in everyday life more practical, especially in everyday mobility, so that the light control device and house doors with sound can help the limited mobility of users.