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madami pang droga hayzt🥺🥺🥺🥺

Always success for YEU and the Team as Indonesian ambassadors as local figures with achievements from all over the Asia-Pacific are a source of inspiration for many local leaders who live in communities that are at risk of major disasters

do you have English translation of this video

Looking over various pamphlets or pro-formas for disaster preparedness in the Philippines _(and some other countries),_ asset-management and people-managements _(the latter being partly for counting people at fire-assembly points and evacuations)_ are on the paper-works _(which can be made equivalently for with cronjob style time-date-stamps for events and locations such as quadrants via grid-references of a person or asset or longitude, latitude, altitude, bearings and velocity vectors)_ and so ID-cards can be part of that in a low-cost solution or mitigating approach for these prepping challenges using existing technology with a few modest upgrades here and there. However, "beeping" a near-field-contact (RFID) ID_Card _(although useful at other times)_ can be hard to do when people are hurriedly queuing to get into evacuation vehicles. A QR_Code however _(containing checksum hashes, name, role-job, age, address, workplace, Personal_ID_coded_number, personalised DVD ISO linux_distro torrenting_magnet_link, study_buddy_ID friend-details, all with OAuth_SimpleSamlPhp_OIDC)_ can be seen from a small distance by a camera. So a QR_Code the size of six ID_cards, folded up _(16CM by 17CM unfolded from its dimensions of "2 by 3" cards in size and waterproof)_ can be unfolded and detected to read one entire side covered in a QR_code _(with some unique Hash-Code and UUID)_ plus error correction even though creases are possible. A lanyard prevents loss of it. As it's 16CM by 17CM dimensions, the "16CM by 1CM" strip remainder atop the square QR_code of "16CM by 16CM" printed on one side would allow for the person's details _(name, role-job, UUID, torrenting_magnet_Link and so on in small print)_ and a reinforced hole at the end allows the lanyard to attach. The back can have other details, prepping instructions including a reference-guide of Morse code light-flashes-meanings and flag semaphore, in small print, duplicated to be in English too and the location's first-language. When unfolded, so large a QR_Code would be able to be detected by a smartphone lens or CCTV or a rescue camera _(on a building or vehicle)_ so that a head-count can be done when people are in a crowd holding up their unfolded QR_Code ID_Cards as a way to input their information into a computerised camera, especially _(but not always)_ if that camera has a screen connected showing prepping information. Thereby two way information, like a telemetry-telegraphy, is accomplished, such that the person holding an ID_Card submits data _(so the camera derives the time-date, location of that person and any semaphore arm positions that person performs, using the QR_Code as a 'flag', thereby allowing the PC by machine-learning to see a distress signal or short contact message is being sent for a person whose ID_Code they have spelled-out in flag-alphabet)_ and that PC can relay that data to pertaining recipients or study-buddies at fire-assembly-points, shelters or bulletin boards _(software usage being in vimwiki, translating automatically by po)_ and when and where it happened. At night, _(as per a modernised aldis-lamp),_ lights flashing known-quantity morse-code to remote locations can allow warning signals for people who are not near a PC they can personally use. They can translate signals _(that would be repeated perhaps 3 times in a sitting)_ by looking at their reference-card on the back of the unfolded QR_Code. Sound alarm systems could be used to convey the same small amount of emergency morse-code data in beeps. The main thing the person needs to do is hold up their unfolded ID_card QR_code for say 15 seconds towards a camera. Multiple people in a crowd would be able to do this and cameras would be a reasonably high resolution _(and using sobel edge detection and spectral analysis like Chebyshev polynomials, Gaussian noise removal, singular value decomposition)_ to detect ID_Card QR_Codes _(by programming using DLib, Eigen maths libraries for C++ and some OpenCL and Postrgres pg_vector for vector similarity comparison in a Large Language Model, LLM with pg_graphql Rust API)._ Any morse-code or semaphore that person may do is optional and they might not even have a minute in which to do that part. However, it's nice to know the PC would probably figure out what you mean especially if repeating it 2 or 3 times. Perhaps the back of the unfolded ID_Card _(which is not the side of the big QR_Code)_ is dedicated one card-Size (a sixth of the size) to a foil reflective surface to flash a mirror of Morse code as a signalling mirror. Those skills would only be for the well practiced. Everybody else would largely just use the QR_Code to hold up their identity to a computerised camera and also use prepping information on the reference guide. At 16CM by 17CM, the QR_code is about as big as a face and thereby can be seen by a great many camera systems from a distance and contain a decent amount of data. The customised linux_Distro, pertaining uniquely to that person of the torrenting_magnet_link would otherwise be a standard template distro which, if deployed onto PC _(thusly installed on PC as an operating system)_ or at least mounted as an ISO _(virtual CD-DVD drive)_ contains all Postgres, database, PuTTY, NDISwrapper, mesh-network, lifi, bluetooth, wifi, LoRAWAN, OpenSSH, OAuth_SimpleSamlPhp_OIDC, RFID reader, camera detection software _(assuming they have at least a playstation2 camera eye-toy for setup, even if they get a high resolution camera later)_ so they can upcycle an old PC if they're stuck and need a PC to make a temporary assembly point for people _(with bulletin boards in PHP-MySQL, Postgres and GTK4)._ Training _(3 per large school)_ school teachers (with multimeters) how to make (and test) a battery-pack with buck convertor, residual current device for safety, and charging circuit _(be it by solar or hand-crank winding or bicycle that charges like a dynamo, connecting to the charging circuit to charge that battery)_ thereby allows for a PC _(like an old laptop or MITX amd64 or intel equivalent low power PC, preferably with 4GB RAM or more and graphics of at least OpenGL3.1 or OpenCL 1.2)_ to be used in that prepping way running from battery. The PC would also have Blender3D software, ability to generate maps on it, also of the local area and scripting would allow for collada files of disaster items _(3D models of vehicles, buildings, environmental disaster, geographical quadrants, geospatial data, weather, time-date stamps, and milliSieverts as in NCRP-Report-138)_ to be placed on maps or update by mesh-network or OpenSSH. SoftwareDefinedRadio data, drivers and applications on the linux distro would allow for communications technology, data-modes and tracking of aircraft _(which is a commonplace feature of SoftwareDefinedRadio applications, BTW),_ and usage would work on it for LNA/Filter for L-Band HRPT microwave data for visual light-spectrum and infrared with scientific-data picked up with a small _(protected from wind, gusts)_ low-cost parabolic satellite dish with a _(e.g. L-Band helical usually right-hand)_ circularly polarised "Feed" _(as per feed-horn)_ where the LNB would go _(like a motorised Broom-Sweep tracking programmable C-Band or a smaller 5.8 GHz wifi dish or a Nooelec GOES Wifi dish, Amplified SAW unit of a SAW filter and cascaded Ultra-low noise LNA module for NOAA for "GOES, LRIT, HRIT, HRPT" e.g with a 1688MHz centre frequency),_ KU-Band, weather satellite data and decoding it all, as would be done for VHF as per APT low-Earth-Orbit satellites, including using a smartphone and PC combined if needed _(remembering to have WXtoImg software to hand for various technology in this comment using QFH-Antenna)._ Aforementioned databases would be rationalised and so normalised _(using first normal form, second normal form, third normal form),_ and use retries and dead-letter-queues for scalability. All metadata and checksum hashes would comply to DPA2018. So e.g. a satellite dish _(with the PC system described in this comment and ZManda LTO tape backup, DVDRW drive backup by GRSync, Bacula)_ could be situated at a building like Cebu-City Tabor Hill College-OAD, relaying data by Wifi, Bluetooth and LoRaWAN to St. Rita Of Cascia Saint Of The Impossible and to San Jose Elementary School and Maria Montessori International School Talamban Campus and Church of Mary Coredemptrix even if they do not have a satellite dish but do have the PC, software, Software_Defined_Radio USB device and Squid_Server. However, Cebu North General Hospital could have a duplicate system with satellite dish such that it can relay data by those wireless means to those previously mentioned places. Each big Island could use such a system and mesh network WAR_Driving members of the public could pick up data wirelessly. Proprietary systems could interface it. PC geospatial information can help home or municipal _(spiritual, educational, broadcasting, health)_ buildings to encourage a home-emergency-supply-kit having tsunami (Hawaii, Argentina, Chile, Falkands, Taiwan) and sea data also for neglected-tropical-diseases (NTD), for which a few paper-sheets can have printed info in a kit with first-aid, family-health dictionaries. Hawaii has rat-lungworm and a dengue. Spatial Reference System Identifier (SRID) or Open Geospatial Consortium can use CRS (Co-ordinate reference system, CRS codes) and depth for hydrological observation data (WaterML). Changes may use timestamps with UUID maybe to microsecond. 'Gambas' Map View is FOSS. Do the same dish and PC setup for Shuwari primary school Damboa via wifi to Government Senior Science Secondary School Monguno, employing Chibok Nigeria kidnap girls (via period poverty, and also the WaterML PC for Rwanda). My comment has no hate in it and I do no harm. I am not appalled or afraid, boasting or envying or complaining... Just saying. Psalms23: Giving thanks and praise to the Lord and peace and love. Also, I'd say Matthew6.

Very informative ganda po

Tropa nag kita nanaman tayo musta module

Let us promote community innovations on disaster risk reduction and climate change adaptation and mitigation

Makibahagi na mag-aral tayo sa kahandaan sa sakuna!

,,, Transistor Radio ang kailangan ng mga taga Rapu-Rapu, para sa weather forecast, lalo na sa bagyo,

hahaha buset for school purposes

Congratulations, Ka Noli!! More power to you and your dreams towards resilient and sustainable communities!!

may idea akong nakuha, Salamat.. #SECTV

Never stop sharing, I'll always be watching!!! Get to the top fast - P r o m o S M!

Salamat sa mga videos ninyo ma'am... Marami Po Akong nalalaman.. drrm practitioner Po ako...new subscriber here

Welcome modulians

HUmihingi po ako ng pahintulot na magamit ang video sa aking online class

Ang mama ko taga poblacion. Martillano ang apelyedo namin. Bata pa ako nong huling naka punta dyan. Hope makabalik ulit ako ng rapu rapu

Tama po ganon din ang tatay ko alam nya kong maganda ang panahon at hindi. Kaya nakakapag handa kami dati.

hello po sa mga taga Quinapondan Eastern Samar

Totoo yan kc un tatay alam nla na my bagyo na darating gaganda ang panahon ngaun tayo magtanim ng kamote o kamoting kahoy

:p

Ito ang pinagmulan ng magulang ko sana makarating o makapasyal ako dito.

Galing nman

Module brought us here.

👍👍👍 from quinapondan

Like nyo to Kung dto ka dinala ni module

Say hi kung napunta ka dito gawa sa modules HAHAHA

Hi sa mga nagmomodule HAAHAHA

Parang gusto ulit bumalik sa caracaran😂😂😂

Zen Hernadez in the future

I miss caracaran my brgy.

6:00

We are so proud of you Mayor Asebias for making Quinapondan a better place for living. ♥️❤️❤️❤️

Dae kaya si chemchem nagandang maray

wow astig