#forensic science and ai

[forensicfield]

Forensic Science E-Magazine (Feb-March 2024)

We proudly present the January issue (Vol 20) of your favourite magazine, Forensic Science E-Magazine. As usual, the current issue has helpful content related to forensic science. #forensicscienceemagazine #forensicscience #forensicfield #crimescene

Continue reading Forensic Science E-Magazine (Feb-March 2024)

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#Artificial Intelligence Technology and Forensic Science #blood identification tests and examination #document examination instrument #fingerprint detection tests and examination #forensic science and ai #forensic science e magazine #Forensic science Magazine 2024 jan #LIMS #mcq on questioned document #tridimensional facial reconstruction #vital role and diverse application of forensic imaging in forensic field

[jessicazoe]

AI and Crime Prevention: AI and Forensic Science, How is AI used in Forensic Science? What is the role of AI in Crime Prevention? What is Crime …

AI and Crime Prevention: AI and Forensic Science, How is AI used in Forensic Science? What is the role of AI in Crime Prevention? What is Crime …AI and Crime Prevention: AI and Forensic Science, How is AI used in Forensic Science? What is the role of AI in Crime Prevention? What is Crime …

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#AI #artificial intelligence #Education #Forensic Protocols #forensic science #forensics

[luckysheikah]

scientifically accurate authopsy???? on a videogame???? what is this

#for context i study forensic science okay #and i am playing ai: the somnium files #les plays stuff #les plays ai:tsf

[jcmarchi]

Gary Huestis, Owner & Director Of Powerhouse Forensics – Interview Series

New Post has been published on https://thedigitalinsider.com/gary-huestis-owner-director-of-powerhouse-forensics-interview-series/

Gary Huestis, Owner & Director Of Powerhouse Forensics – Interview Series

Gary Huestis is the owner and director of Powerhouse Forensics, a licensed private investigator, a Certified Data Recovery Professional (CDRP), and a member of InfraGard. He has conducted hundreds of forensic investigations across a diverse range of cases.

These cases have included theft of data/intellectual property, enforcement of non-compete clauses, disputes in mergers and acquisitions, identification of data-centric assets, criminal charges, and network damage assessments. Gary has served as the lead investigator in over 200 cases that have been presented in court.

Powerhouse Forensics follows the trail and deciphers the information regardless of whether the evidence is digital, such as electronically stored information found on computers, mobile phones, or other devices, or if the investigation requires traditional private investigative services. Powerhouse Forensics has access to industry-leading private investigator tools and techniques, including surveillance, undercover work, and detailed record searches.

What initially attracted you to computer science?

I was interested in computers at a very young age. Computers as we know them today were not even around back then, they were more like gaming consoles. My first “computer” was an 8-bit Atari 400 that I got in 1980 at the age of 11. By the time I was 13, I was writing programs for the Atari company through the Atari Program Exchange (APX), and my interest in computers continued to grow from there.

Can you discuss your personal journey and how you eventually became a digital forensic investigator?

I had an IT Support company in the 1990’s, and several of my clients were attorneys. As court cases moved from paper and printouts to computers and digital, I would help the attorneys with the computer and digital data related cases. As I began to testify as the computer expert in those cases one of the attorneys suggested that I look into getting certified in the new field of digital forensics, so that’s what I did.

Do you remember the first time you encountered a deepfake? What was your initial reaction to it?

The term deepfake does not have a clear definition, and I think that many images that were called photoshopped several years ago can fit that category. I think the first time I saw deepfake technology was the movie Forrest Gump where Forrest meets John F Kennedy. I remember thinking that was cool and about how the technology can grow to the point where movies can replace human actors and actresses with digital versions.

With Generative AI deepfakes are becoming increasingly convincing, what are some of the associated cybercrimes?

Using deepfakes to commit cybercrimes is almost limitless. As the technology gets better and easier to use, deepfakes can be used to “show” people doing things that didn’t happen, change the identity of people and convince individuals that trusted friend, colleague or family member they are interacting with is actually a deepfake. We have seen cases where the audio technology of deepfakes was used to make the CFO of a company think his boss asked him to transfer a large sum of money to a bank account when it was actually a cybercriminal.

DeepFakes and disinformation are also going to be a huge concern for manipulating elections, how should social media companies respond to this societal threat?

Implement deepfake detection technology to attempt to detect videos that are deepfakes and either clearly mark them as fake or block them from being viewed. There should also be an option for users of the social media to report videos as fake. Depending on the content, perform some fact checking to see if the video is real.

What are your views on AI transparency, and the need to properly identify deepfakes?

There are some scenarios where deepfake technology is used for entertainment purposes and humor that I don’t think it is necessary to identify deepfakes. But in deepfakes intended to misrepresent a person or scenario, my view is that deepfakes should be identified and labeled as manipulated or fake.

What are some ways that AI is being used to assist in detecting DeepFakes?

AI technology is being used to assist in detecting deepfakes by analyzing aspects of videos that are caused by using deepfake technology such as inconsistent shading or artifacts between the subject and the background. This is consistently changing as the deepfake technology is getting better.

Can you share some insights on what exactly is Deepfake forensics?

Deepfake forensics is the analysis of media with the goal of determining if the media has been created or altered using deepfake technology.

What are the deepfake forensics solutions that are currently offered at Powerhouse Forensics?

At Powerhouse Forensics we offer services to analyze photos, audio and video to determine if the media has been edited, altered or manipulated from its original source.

Thank you for the great interview, readers who wish to learn more should visit Powerhouse Forensics.

#ai #amp #Analysis #assets #audio #background #CFO #Companies #computer #Computer Science #computers #cybersecurity #data #data recovery #deepfake #deepfake detection #deepfakes #detection #devices #digital forensics #disinformation #elections #entertainment #forensics #gaming #gaming consoles #generative #generative ai #how #human

[lov-eable]

L♡VETICON *•̩̩͙✩•̩̩͙*˚ #PROFILES

━━ you had liked chishiya throughout high school and your first year of college, but he always saw you as just a friend. as he gets an opportunity to study abroad for a year, you decide it's time to let this crush go. can you keep him out of your mind when he comes back?

masterlist ◌*ꕤ

YN ୨ৎ @/miroirball ੭ fine arts major. ai yazawa is her greatest inspo. quirky hairstyles and dying her hair after any minor incovenient. hopeless romantic. romcoms and kdramas. has known arisu, usagi, kuina and chishiya since middle school. used to be so in love with chishiya but after his departure, she dates many people (it always goes wrong tho). lowkey hachi kinnie and kuina teases her for it. (@/minkyqian fc)

ARISU ୨ৎ @/ari_isu ੭ software engineering major. twitch streamer. in a relationship with usagi since last year of high school. never leaves her alone. sleepy boy. always playing roblox with kuina. acts like yn's older brother they are more like dumb + dumber. playing the guitar is his secret ability. scared of heights.

USAGI ୨ৎ @/miffyluver ੭ psychology major. mountain climber. the mom friend. has a sweet tooth and used to hunt for bakeries with chishiya. dislikes vegetables. sanrio and miffy. online quizzes addict. in a relationship with arisu since last year of high school. the brains of the group.

KUINA ୨ৎ @/vhs_grrrl ੭ fashion design major. surfer girl. very athletic. knows way too many weird fun facts about dolphins. the hypewoman. really social and always out with a friend. free spirit. chishiya's closest friend in his hometown. studio ghibli. christian bale's biggest fan (she forced yn to rewatch 20 times howl's moving castle when she found out he was the va).

CHISHIYA ୨ৎ @/shuntaros_ ੭ medicine major. garfield personality. surviving off of sushi and ramen. chronically tired. messy rooms and books all over the floor. sarcastic. popular with the ladies but has never had a gf. introverted. urumi once dyed his hair, now he can't survive without his platinum blonde hair.

ANN ୨ৎ @/moonboxd ੭ forensic science major. movie enthusiast, her favorite genre is psychological horror but her guilty pleasure is the lorax. met chishiya when they found out they were both exchange students traveling to the same place. everyone thinks they are dating by how much time the spend together but she's a lesbian. sunshine + sunshine protector dynamic with urumi. kpop listener.

TATTA ୨ৎ @/startta ੭ veterinary medicine major. golden heart but sometimes oblivious. cats before dogs. met ann his first year of college, ended up being chishiya's roommate overseas. certified driver. always getting and losing part time jobs. ann introduced him to kpop and cried when gfriend disbanded.

URUMI ୨ৎ @/gyariezzz ੭ journalism major. fashion influencer. eccentric looks. the extroverted one in the group. himegyaru and lolita fashion. thrift shops. met ann during lunch once and she introduced her to the rest of the group. always trying to give them makeovers.

#chishiya x reader #chishiya shuntaro x reader #aib x reader #alice in boderland x reader #chishiya x fem!reader #aib chishiya #୨୧ . . . loveticon #l❤︎veable

[welcome-to-green-hills]

What’s the difference between an anthropologist and an archaeologist? 😃 And what do archaeologists do when they’re not digging at excavation sites?

Oooh! Okay!❤️🤩❤️

An anthropologist is a scientist who studies human beings. The ask questions like, “what makes us human?” And “How can we define ourselves as human?”

We ask these questions through four (or five if you want to get technical) categories:

Linguistics

Cultural and Social Development

Biology

Archaeology (ME!)

and Applied Anthropology

Linguistics pretty much answers how languages not only changed through time, but how they’ve influenced culture and changes in society. It’s pretty common to have Linguistic Anthropologists work in a language lab where they play with words all day. They also make it a point to connect language with reading. If you ever talk to a linguistic anthropologist, ask them about cranial cap ripples.

Biological anthropologists help with the biological and organic portion of humans and nonhumans. You get primatologists (primates), forensic experts, retired doctors, paleontologists (human evolution), molecular scientists, and those that practice alternative methods of medicine. If you ever meet a biological anthropologist, as them how many ways to Sunday you can study teeth.

Cultural Anthropologists is very open in interpretation. I say that because it’s always advancing in its field with new discoveries every day. Cultural anthropologists study social groups. They immerse themselves in artwork, written/spoken literature, music, humanities, material goods, women’s rights, gender and sexuality. and social engagement. Kinda like how it’s a Tumblr norm to say, “I like your shoelaces. Thanks, I got them from the president.” They learn behaviors and manners, physical and non-physical telling of what makes that society function. If you ever meet a cultural anthropologist, ask them what their favorite cultural greeting.

Archaeology is a field in anthropology that’s commonly classified as a “historical science.” We use the scientific method to answer questions about the past and continuously ask “why?” We’re not Indiana Jones, many of us frown upon the comparison. We’re environmentally conscious of what we do when looking through historical records and digging at different sites. You need an understanding of history, linguistics, biology, and cultural practices for what site you work at. When archaeologists aren’t digging, they’re considered “shovel bums.” They travel around from one agency to the next (if they’re freelance) and dig year-round. We practically live out of a suitcase. I’m one of the lucky ones. I’m not a shovel bum. I’ve made my archaeological work through museums and conservation labs.

Applied Anthropology is a newer branch in anthropology. They ask the question, “now what!?” They look for practical solutions. They question a bit more and ask, “now what do we do? How can we make this more efficient for humans?” If you ever meet someone in this field, ask them their stance on Cyber-Anthropology (I.E., video games, AI, robots). You’ll get a mixed bag, but you might come out wiser.

SAPIENS.ORG is an anthropological magazine that’s designed for anthropologists, as well as those who are learning/interested in the field. Free subscription. Scope them out if you’re interested! And know that I’m always up for chatting about it here. I know that I’ve gotten some DMs from y’all wanting to know more about it. Know that my inbox is open.

#I hope this helped you my dear #mystery anon #off topic #I am an anthropologist #I am an archaeologist

[beetlebug-gy]

Hello yall, 5 year tumblr blog rebrand has launched, so intro post!

My name is Jello, I use it/cyber prns currently but theyre constantly changing so I’ll update them in my bio

disabled as far as the eye can see, autistic, queer, basically a robot in a human body, yadda yadda im about as far from neurotypical-cis-straight as left is from right

My interests right now (not in any order) are TWRP, shadow academy, NSP, ghost, star wars (especially the bad batch and the mandalorian), marvel (especially the spiderverse, venom, moonknight and the guardians!), the legend of zelda (my fav is windwaker), ted lasso and stuff like the environment, science, forensics, the paranormal, etc!

My current hobbies include attempting to draw, playing ponytown, creating and talking to ai on character.ai, watching shows and movies and pausing them every 5 seconds to speak to an invisible audience, and writing!

I also use instagram, pinterest, and spotify both by the same username! and my ao3 is …. In Progress

Welcome to the jello zone, an exclusive safe place for my mental illnesses, random thoughts and hyperfixations and interests to spread like a weed

#introduction #twrp

[mostlysignssomeportents]

#20yrsago NYT reviews Down and Out in the Magic Kingdom https://www.nytimes.com/2003/03/09/books/does-that-mean-we-can-defrost-walt.html

#20yrsago Notes from “Doing Good Online” https://web.archive.org/web/20030604125836/http://cheesedip.com/?p=archives/week_2003_03_02.phtml

#15yrsago Society of Automotive Engineers kills DRM on its journal following MIT boycott https://web.archive.org/web/20080308131031/http://news-libraries.mit.edu/blog/following-removal/1024/

#15yrsago Flowchart: How D&D is a gateway drug to every flavor of nerdiness https://www.nytimes.com/2008/03/09/opinion/09rogers.html

#10yrsago Welcome to your Awesome Robot: instructional comic turns kids & cardboard boxes into AWESOME ROBOTS! https://memex.craphound.com/2013/03/09/welcome-to-your-awesome-robot-instructional-comic-turns-kids-cardboard-boxes-into-awesome-robots/

#10yrsago US Ninth Circuit says forensic laptop searches at the border without suspicion are unconstitional https://www.techdirt.com/2013/03/08/9th-circuit-appeals-court-4th-amendment-applies-border-also-password-protected-files-shouldnt-arouse-suspicion/

#10yrsago Austin Chronicle on Aaron Swartz and the future of computers https://www.austinchronicle.com/screens/2013-03-08/invaluable-information/

#5yrsago How denialists weaponize media literacy and what to do about it https://www.youtube.com/watch?v=0I7FVyQCjNg

#5yrsago Machine learning models keep getting spoofed by adversarial attacks and it’s not clear if this can ever be fixed https://www.wired.com/story/ai-has-a-hallucination-problem-thats-proving-tough-to-fix/

#5yrsago RIP John Sulston, open science hero and father of the Human Genome Project https://phys.org/news/2018-03-john-sulston-decoded-human-genome.html

#1yrago The cruelty isn’t the point: The point is power https://pluralistic.net/2022/03/09/turkeys-voting-for-christmas/#culture-wars

#pluralistic

[mariacallous]

Five days after Russia launched its full-scale invasion of Ukraine, a year ago this week, US-based facial recognition company Clearview AI offered the Ukrainian government free access to its technology, suggesting that it could be used to reunite families, identify Russian operatives, and fight misinformation. Soon afterward, the Ukraine government revealed it was using the technology to scan the faces of dead Russian soldiers to identify their bodies and notify their families. By December 2022, Mykhailo Fedorov, Ukraine's vice prime minister and minister of digital transformation, was tweeting a picture of himself with Clearview AI’s CEO Hoan Ton-That, thanking the company for its support.

Accounting for the dead and letting families know the fate of their relatives is a human rights imperative written into international treaties, protocols, and laws like the Geneva Conventions and the International Committee of the Red Cross’ (ICRC) Guiding Principles for Dignified Management of the Dead. It is also tied to much deeper obligations. Caring for the dead is among the most ancient human practices, one that makes us human, as much as language and the capacity for self-reflection. Historian Thomas Laqueur, in his epic meditation, The Work of the Dead, writes that “as far back as people have discussed the subject, care of the dead has been regarded as foundational—of religion, of the polity, of the clan, of the tribe, of the capacity to mourn, of an understanding of the finitude of life, of civilization itself.” But identifying the dead using facial recognition technology uses the moral weight of this type of care to authorize a technology that raises grave human rights concerns.

In Ukraine, the bloodiest war in Europe since World War II, facial recognition may seem to be just another tool brought to the grim task of identifying the fallen, along with digitizing morgue records, mobile DNA labs, and exhuming mass graves.

But does it work? Ton-That says his company’s technology “works effectively regardless of facial damage that may have occurred to a deceased person.” There is little research to support this assertion, but authors of one small study found results “promising” even for faces in states of decomposition. However, forensic anthropologist Luis Fondebrider, former head of forensic services for the ICRC, who has worked in conflict zones around the world, casts doubt on these claims. “This technology lacks scientific credibility,” he says. “It is absolutely not widely accepted by the forensic community.” (DNA identification remains the gold standard.) The field of forensics “understands technology and the importance of new developments” but the rush to use facial recognition is “a combination of politics and business with very little science,” in Fondebrider’s view. “There are no magic solutions for identification,” he says.  

Using an unproven technology to identify fallen soldiers could lead to mistakes and traumatize families. But even if the forensic use of facial recognition technology were backed up by scientific evidence, it should not be used to name the dead. It is too dangerous for the living. 

Organizations including Amnesty International, the Electronic Frontier Foundation, the Surveillance Technology Oversight Project, and the Immigrant Defense Project have declared facial recognition technology a form of mass surveillance that menaces privacy, amplifies racist policing, threatens the right to protest, and can lead to wrongful arrest. Damini Satija, head of Amnesty International’s Algorithmic Accountability Lab and deputy director of Amnesty Tech, says that facial recognition technology undermines human rights by “reproducing structural discrimination at scale and automating and entrenching existing societal inequities.” In Russia, facial recognition technology is being used to quash political dissent. It fails to meet legal and ethical standards when used in law enforcement in the UK and US, and is weaponized against marginalized communities around the world. 

Clearview AI, which primarily sells its wares to police, has one of the largest known databases of facial photos, at 20 billion images, with plans to collect an additional 100 billion images—equivalent to 14 photos for every person on the planet. The company has promised investors that soon “almost everyone in the world will be identifiable.” Regulators in Italy, Australia, UK, and France have declared Clearview’s database illegal and ordered the company to delete their citizens’ photos. In the EU, Reclaim Your Face, a coalition of more than 40 civil society organizations, has called for a complete ban on facial recognition technology. 

AI ethics researcher Stephanie Hare says Ukraine is “using a tool, and promoting a company and CEO, who have not only behaved unethically but illegally.” She conjectures that it’s a case of “the end justifies the means,” but asks, “Why is it so important that Ukraine is able to identify dead Russian soldiers using Clearview AI? How is this essential to defending Ukraine or winning the war?”

I think the answer to these questions can be found in an interview with Fedorov early in the war. A journalist asked him, “What kind of use cases do you have in mind when leveraging Clearview AI?” Fedorov answered, “I would start off by saying that most of these use cases would not be public, not something that we’d be able to share publicly. But something that I can just give you a sneak peek would be … trying to identify Russian forces who have been killed or taken prisoner in Ukraine.”

This interview and others like it suggest that Clearview AI’s technology is being used for many purposes in Ukraine, but only its potentially positive use to identify the dead is being publicly discussed. In other words, we are being allowed “a sneak peek” that spotlights a humanitarian application while more controversial deployments are hidden from view. At a moment when Clearview AI is facing legal action from regulators for its use in policing, it has found a way to reinvent itself as a purveyor of humanitarian technology, all while expanding its scope from law enforcement to the military.

Because the EU recognizes facial recognition as a “dual use” technology with both military and civilian applications, its use in war for any purpose, including the identification of the dead, must be subject to strict scrutiny and oversight. And on the battlefield, facial recognition may be used to name the dead but can also be used to target the living—for example, when incorporated into drones and machine guns or used to develop lethal autonomous weapons. ​​Fully autonomous drones are already deployed in Ukraine and a Russian manufacturer has announced plans to develop uncrewed robot combat vehicles. Fedorov recently said that fully autonomous killer drones are “a logical and inevitable next step” in weapons development. 

Amnesty International’s Satija says that “killer robots are not just about a Terminator-style system. It’s about a system that can select and engage a human target without meaningful human control and built with technologies which will accelerate violence and discrimination. When we call for regulation and red lines around autonomous weapons, we're also talking about the components of those systems, like facial recognition, which are by design in violation of international human rights standards.”

Ultimately, the faces of the dead soldiers scanned by Clearview AI silence these other applications. Anthropologist Katherine Verdery, writing about the political lives of dead bodies, shows how corpses are mute and mutable—“ambiguous, protean symbols” that can be put to many political uses. In the name of the dead, facial recognition is given a humanitarian pretext that obscures its role in emerging mass surveillance and future automated violence.

[forensicfield]

Artificial Intelligence Technology and Forensic Science

Artificial Intelligence Technology and Forensic Science collaborate to revolutionize crime investigation and evidence analysis, enhancing accuracy and efficiency. #forensicscience #forensicfield #artificialintelligence and forensicscience #crimescene

Continue reading Artificial Intelligence Technology and Forensic Science

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#Artificial Intelligence and Forensic Science #Artificial Intelligence Technology and Forensic Science #Limitation of AI in Forensic Science #Terms related to AI and Medicine #Uses of Artificial Intelligence in Forensic Science

[mizugucci]

omg hi……. 🎵

omg hiiii this was so hard... i hope you like this tho! ^^

position: ALL AROUNDER easily!!!! you're good at literally everything but i think your passion would be dancing, choreography, and perhaps even writing lyrics. you'd be directly involved in a lot of the creative design bc you have such a good eye for it. you'd also be one of the older members, but like fake maknae kind of. until you get serious and then people r like wow....

group name: ok bare with me for the explanation but your group name would be astroglia !! all lowercase and if possible in bold letters. astroglia are a collective bunch of star shaped (!) cells in the nervous system (brain and spinal cord specifically) and astroglia help form the physical structure of the brain but also do a LOT of functions for the entire body -- kind of like, saying your whole group is the foundation for the new era of kpop bc every member can do SO MUCH. all rounders indeed!! but ALSO. science is always growing & scientists r always learning, so theres the aspect where you guys never give up on yourselves. you're always learning. there are 5 members bc of the 'star' shape and obviously i chose this partly cuz you’re so smart my god

concept: lets go science concept!!!!!! each comeback is a new type of science, personally my favorite would be the chemistry one where all you do is cause explosions. your fans favorite concept though is the AI creation concept, where you fight against clones of yourselves (see: onf) ALSOOO for a halloween concept ver. you do a modern version of Frankenstein its great! theres just soooo much you can do with the generic 'science' being the overhead concept. a dark/horror concept could be a forensic science concept where u have to solve a grisly murder using your FS skills.... fascinating

debut song: i wasnt sure what 'sounds' go with a science concept so like im a bit lost but its probably very electronic sounding, and idk why but 24k's only you comes to mind for this, especially the chorus and that 'bloop' part lol idk but just know it matches your concept!

fun fact: each of your albums are named after a different scientific discipline! and while your group, astroglia, are in the nervous system (aka the BRAIN), your fans are called atria (a main part of the HEART) bc your fans are your heart!!!!! brb crying. also one of your members decides to go back to uni to study some sort of science bc they were so inspired lol and youre their #1 fan and supporter its so nice. you quiz them on stuff. you do the same thing for your fans, they always tell you about upcoming major exams and u ask them a bunch of questions on vlive to help them study.... truly the best idol

send me a 🎵 and ill create a kpop group with you in it, based on you and/or your blog!!

#mkg #im not going to lie my thought process to get to astroglia was WACK #i literally googled aleks cuz i was so lost on what concept to give you #and it sent me to a math psychology learning page #the 'ALEKS' learning program or whtever #which talks about neurology and #thats where i got to the nervous system and #astroglia sounded the coolest LOL #i know nothing about science or any of this besides the 20 mins i spent skimming 10 diff wikipedia pages for this #hope you like it lmfao #replies #answered #i cant believe how much i rambled hijfgk SORRY

[intonightcity]

NIGHTY CITY LOCATIONS

Consumer District

Fusion Implosion > Asian Fusion Restaurant

Important Figures:

Elyse Saetan - Owner / Chef

The Coast > Car Dealership Import/Exports

Important Figures:

Alejandro Silva - Owner (Car Meet Underground Racing Pioneer)

Julian Wynter - Sales (partner in underground illegal racing ring)

Dawn’s Light Hospital > Local City Hospital

Important Figures:

Nadine Moore - Doctor of Pathology

Gold & Gloss - Loan Firm

Important Figures:

Cristobal Mardones - Owner

Tabitha Nunes - Assistant

Grace's Auction Authority > Auction House

Important Figures:

Florence Anton Wynter - Management & Sales Director

La Rue High School > Named after Night City Founder Jacques La Rue

NCHS > Night City Historical Society

Important Figures:

Selene Patterson - Historian & Manager

Kurt Burrows - Historian, Genealogist & Translator 

NCPD - Night City Police Department

Important Figures:

Jade Winthrope - Forensic Tech

Lace & Tulle > Clothing Store Pandora Library > Public Library

Entertainment District

Diamond Casino > Best Casino Around

Important Figures:

Lucian Craven - Owner

Esmeralda Domingo - Manager & Consultant

Platinum Telegraph > Film Agency

Important Figures:

Claudia Chen - Actress Client

Emeline Entwistle - Actress Client

Mark Lansing - Agent (verse determinant)

Ruby Casino - Rival Competitor

Important Figures:

Darren Horowitz - Owner

Susan Horowitz - Co-Owner

Fashion District

Glam Shell > Leading fashion studio

Important Figures:

Veronica Allen - Model

Trent Miller - Owner

Kalinda Sanchez - Model

Giselle Steele -- Model

Media District

NNN or Triple N > Nightly News Network

Important figures:

Veer Alvi - NNN CEO

Mark Lansing - Anchor

Stefani Thys - Reception ( @wickedandtrue )

Outer District

Cat’s Eye - Black Market

Important Figures:

Bijou Otieno - Market Madam

Calvin Sterling - Hired Hitman

Frost Synthetics - Tech & Science Facility

Important Figures:

Holland Frost - AI Specialist, Doctor of Technical Sciences & Engineering

Muertos Gang Headquarters

Important Figures:

Miguel Perez - Gang Leader

Warrior Octagon - Illegal Fighting Ring

Important Figures:

Marius Wright - Owner

The Scots Terror Duncan Cloud - Fighter

Talia Morgan - Fighter

Bonecrusher Angelo Reyes - Fighter (Currently Undefeated)

Red Light District

The Pink Room > Erotic Dance Club (Front for the Viper Syndicate)

Important Figures:

Feng Tao - Owner

Yue Tao - Manager

Ethan Wynter - Business Partner

Starduxxe Studio > Adult Film Studio

Important Figures:

Archibald Tumblety - Owner

Daniel Baker - Adult Entertainer

Dawn Black - Adult Entertainer

Lee Alonto Danger - Adult Entertainer

Charlene Jones - Former Adult Entertainer / Studio Partner

Vivienne Wilcox Violet - Adult Entertainer

Venus > High End Brothel

Important Figures:

Karla Patterson - Owner (Madame Q)

Crystal Maddox - Escort

Yuri Sage - Escort

Shore District

 Coastal Ways Institute > Oceanographic Studies & Whale Society

Important Figures:

Camilla Luna - Oceanographer

The Docks > Cannery Shipyard

 Neptune’s Folly > Local Dive Bar

Important Figures:

Jaime Garza  (Owner)

#🌆 locations. jewels of the city

[yashpal]

B.Sc. Hons. Computer Science Program Overview: Curriculum, Specializations, Career Prospects, Top Colleges, and Admission Process

In the digital era, the field of Computer Science stands as a beacon of innovation and opportunity. Pursuing a Bachelor of Science (Honours) degree in Computer Science (B.Sc. Hons. Computer Science) not only offers a solid academic foundation but also opens doors to a plethora of career paths and specializations. Let's delve into the intricacies of this dynamic program.

Course Details

A B.Sc. (Honours) in Computer Science is typically a three-year undergraduate program that covers a wide range of subjects related to computer technology, software development, algorithms, data structures, programming languages, and more. The curriculum is designed to provide students with a strong theoretical understanding along with practical skills through hands-on projects, laboratory sessions, and industry internships.

 B.Sc. Hons in Computer Science Eligibility Criteria

The eligibility criteria for a B.Sc. (Honours) in Computer Science program vary from one institution to another. However, the general requirements include:

Successful completion of 10+2 or equivalent examination with Physics, Chemistry, and Mathematics as core subjects.

Minimum aggregate marks ranging from 50% to 60%, depending on the university or college.

Some institutions may conduct entrance exams or merit-based admissions.

 B.Sc. Hons in CS Entrance ExamsSeveral universities and colleges in India conduct entrance exams for admission to their B.Sc. (Honours) Computer Science programs. Some notable entrance exams include:

Joint Entrance Examination (JEE) Main

Common Entrance Test (CET) conducted by various states

BITSAT (Birla Institute of Technology and Science Admission Test)

VIT Engineering Entrance Examination (VITEEE)

SRMJEEE (SRM Joint Engineering Entrance Examination)

Manipal Entrance Test (MET)

Students are advised to check the specific entrance exam requirements and syllabus for each institution.

B.Sc. Hons. Computer Science Admission ProcessThe admission process for B.Sc. (Honours) Computer Science programs typically involves the following steps:

Application: Candidates need to fill out the application form either online or offline, providing their academic details, personal information, and choice of specialization if applicable.

Entrance Exam: For institutions that conduct entrance exams, students must appear for the exam and achieve the minimum qualifying marks.

Merit List/Interview: Based on entrance exam scores or merit in the qualifying examination, shortlisted candidates are called for further rounds, which may include interviews or counseling sessions.

Final Admission: The final admission is granted based on the candidate's performance in the entrance exam (if applicable), academic record, and any other criteria set by the institution.

B.Sc. Hons. Computer Science Fee Structure The fee structure for B.Sc. (Honours) Computer Science programs varies widely depending on factors such as the institution's reputation, infrastructure, faculty, and location. On average, the annual tuition fees range from INR 50,000 to INR 2,00,000 for most colleges and universities in India. However, this is a general estimate, and students are advised to check with specific institutions for accurate fee details.

B.Sc. Hons. Computer Science SpecializationsB.Sc. (Honours) Computer Science programs offer a range of specializations that students can choose based on their interests and career goals. Some popular specializations include:

Artificial Intelligence (AI): Focuses on machine learning, deep learning, natural language processing, and robotics.

Data Science and Analytics: Involves data mining, data visualization, statistical analysis, and big data technologies.

Cybersecurity: Covers network security, information security, ethical hacking, and digital forensics.

Software Engineering: Focuses on software development methodologies, project management, and software testing.

Game Development: Involves game design, game programming, virtual reality (VR), and augmented reality (AR) technologies.

Cloud Computing: Covers cloud infrastructure, cloud services, virtualization, and distributed systems.

Students can choose to specialize in one or more of these areas to build expertise and enhance their career prospects.

Career Prospects

A B.Sc. (Honours) degree in Computer Science paves the way for diverse career paths in various sectors. Graduates often find themselves in roles such as Software Developer/Engineer, Data Scientist/Analyst, Cybersecurity Analyst, AI/Machine Learning Engineer, Web Developer/Designer, System Administrator/Network Administrator, IT Consultant, Database Administrator, Game Developer, or Cloud Architect/Engineer. The continually increasing demand for skilled computer science professionals across industries ensures a promising landscape for career growth and advancement in this dynamic field.

Top Colleges Offering B.Sc. (Honours) Computer Science

Several esteemed institutions in India offer B.Sc. (Honours) Computer Science programs. Some of the top colleges known for their quality education, faculty expertise, and industry collaborations include:

Indian Institute of Technology (IIT), Bombay

Indian Institute of Technology (IIT), Delhi

Indian Institute of Technology (IIT), Kanpur

Indian Institute of Technology (IIT), Madras

Delhi Technological University (DTU), Delhi

National Institute of Technology (NIT), Trichy

Birla Institute of Technology and Science (BITS), Pilani

Anna University, Chennai

Vellore Institute of Technology (VIT), Vellore

Manipal Institute of Technology (MIT), Manipal

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The Role of Artificial Intelligence in Revolutionizing Forensic Science…..AN INTRODUCTION

In the field of forensic science, where accuracy and efficiency are important, the integration of artificial intelligence (AI) has sparked a …The Role of Artificial Intelligence in Revolutionizing Forensic Science…..AN INTRODUCTION

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Medical Swabs Market Future Scope Demands and Projected Industry Growths to 2031

The global medical swabs market has been experiencing significant growth over the past few years and is projected to continue its upward trajectory in the coming decade. According to recent market research, the market size was valued at USD 2.95 billion in 2022 and is expected to reach USD 5.01 billion by 2030, with a compound annual growth rate (CAGR) of 6.8% during the forecast period of 2023-2030. This remarkable growth can be attributed to various factors driving demand, along with emerging trends and opportunities reshaping the landscape of the medical swabs industry.

Emerging Trends and Opportunities:

Rising Demand for Point-of-Care Testing (POCT): With the increasing emphasis on early disease detection and rapid diagnosis, there has been a growing demand for point-of-care testing. Medical swabs play a crucial role in sample collection for various POCT applications, including infectious disease screening, genetic testing, and drug testing.

Advancements in Material and Design: Manufacturers are focusing on developing innovative swab designs and materials to enhance sample collection efficiency and patient comfort. The emergence of materials like flocked nylon and rayon, along with advanced designs such as foam-tipped swabs, is driving market growth.

Expanding Applications in Forensic and Veterinary Sciences: Medical swabs are not only used in clinical settings but also find applications in forensic investigations and veterinary diagnostics. The increasing adoption of DNA collection swabs in forensic analysis and sample collection in veterinary medicine is opening up new avenues for market players.

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Key Drivers Propelling Growth:

Growing Emphasis on Infection Control: With the rise in healthcare-associated infections (HAIs) and the ongoing COVID-19 pandemic, there has been a heightened focus on infection control measures. Medical swabs are essential for specimen collection, environmental surface sampling, and wound care, driving their demand in healthcare facilities worldwide.

Increasing Number of Surgical Procedures: The rising prevalence of chronic diseases, coupled with an aging population, is leading to a surge in surgical procedures globally. Medical swabs are extensively used in surgical settings for preoperative skin preparation, wound cleaning, and specimen collection, fueling market growth.

Technological Advancements in Healthcare Infrastructure: The integration of advanced technologies such as robotics, automation, and artificial intelligence (AI) in healthcare infrastructure is streamlining sample collection processes and improving diagnostic accuracy. This technological evolution is boosting the demand for specialized medical swabs tailored for automated systems.

Challenges and Considerations:

Supply Chain Disruptions: The medical swabs market is susceptible to supply chain disruptions, especially during global health crises or natural disasters. Ensuring a resilient and diversified supply chain is crucial for mitigating risks and maintaining uninterrupted product availability.

Stringent Regulatory Compliance: Compliance with stringent regulatory requirements, including quality standards and product certifications, poses a challenge for market players. Adhering to regulatory frameworks while innovating and introducing new products requires substantial investments in research and development.

Price Sensitivity in Developing Regions: In developing regions, price sensitivity among healthcare providers and budget constraints in public healthcare systems may hinder market growth. Manufacturers need to adopt pricing strategies that accommodate diverse market segments without compromising on product quality.

Key Takeaways from the Market:

The medical swabs market is poised for substantial growth, driven by factors such as the increasing prevalence of infectious diseases, technological advancements, and the expanding applications beyond clinical settings.

Market players should focus on product innovation, strategic collaborations, and geographic expansion to capitalize on emerging opportunities and gain a competitive edge.

Addressing challenges related to supply chain resilience, regulatory compliance, and pricing strategies will be imperative for sustained growth and market penetration, particularly in diverse global markets.

In conclusion, the medical swabs market presents lucrative opportunities for manufacturers and stakeholders, fueled by evolving healthcare needs and technological advancements. By navigating the emerging trends, addressing key drivers, and overcoming challenges, players can unlock the full potential of this dynamic market and contribute to improving healthcare outcomes worldwide.

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Navigating the Digital Landscape: Premier M.Tech Programs at Our Institution

In the dynamic realm of technology, the ability to navigate the digital landscape with expertise and finesse is indispensable. Pursuing a Master of Technology (M.Tech) degree not only equips individuals with advanced technical knowledge but also prepares them to tackle complex challenges and drive innovation in their respective fields. At our esteemed institution, we take pride in offering Best M.Tech Colleges in India designed to empower students with the skills and expertise needed to thrive in the digital age. In this authoritative guide, we delve into our flagship M.Tech programs, reflecting our commitment to excellence and leadership in engineering education.

Advanced Data Science and Analytics:

In today's data-driven world, proficiency in data science and analytics is essential for organizations seeking to extract actionable insights from vast datasets. Our M.Tech program in Advanced Data Science and Analytics provides students with a comprehensive understanding of statistical modeling, machine learning algorithms, and data visualization techniques. Through hands-on projects and industry collaborations, students gain practical experience in applying advanced analytics to solve complex business problems and drive strategic decision-making.

Cybersecurity and Network Defense:

With the proliferation of cyber threats and security breaches, cybersecurity has emerged as a critical priority for businesses and governments worldwide. Our M.Tech course in Cybersecurity and Network Defense equips students with the knowledge and skills to protect digital assets, detect and mitigate cyber threats, and secure network infrastructures. Covering topics such as ethical hacking, digital forensics, and secure coding practices, the program prepares students to confront the evolving challenges of cybersecurity and safeguard organizations against cyber attacks.

Artificial Intelligence and Machine Learning:

As artificial intelligence (AI) continues to revolutionize industries and reshape societal norms, proficiency in AI and machine learning has become a coveted skillset for engineers and researchers. Our M.Tech program in Artificial Intelligence and Machine Learning offers students a deep dive into advanced AI algorithms, deep learning frameworks, and natural language processing techniques. Through rigorous coursework and research projects, students explore cutting-edge AI applications, such as autonomous systems, intelligent robotics, and predictive analytics, positioning them as leaders in the burgeoning field of AI.

Cloud Computing and Virtualization:

The adoption of cloud computing technologies has transformed the way businesses deploy and manage IT resources, offering scalability, flexibility, and cost-efficiency. Our M.Tech course in Cloud Computing and Virtualization equips students with the knowledge and skills to design, deploy, and manage cloud-based solutions and virtualized infrastructures. With a focus on cloud architecture, distributed systems, and containerization technologies, students learn to leverage cloud platforms to optimize performance, enhance scalability, and drive innovation in enterprise environments.

Renewable Energy Systems Engineering:

In the face of environmental challenges and the need for sustainable energy solutions, renewable energy systems engineering has emerged as a critical field driving the transition to clean and renewable energy sources. Our Best MCA Colleges in Chhattisgarh offers students a comprehensive understanding of solar, wind, and biomass energy technologies. Through interdisciplinary coursework and hands-on projects, students explore renewable energy integration, grid management, and energy policy, preparing them to address the global energy crisis and promote sustainable development.

Conclusion:

As one of the top BE colleges in Chhattisgarh, our institution is committed to providing students with world-class education and preparing them to excel in their chosen fields. Our premier M.Tech programs offer students the opportunity to delve into cutting-edge technologies, tackle real-world challenges, and make a meaningful impact in their respective industries. Whether aspiring to pursue a career in data science, cybersecurity, artificial intelligence, cloud computing, or renewable energy, our M.Tech programs provide the ideal platform for students to realize their ambitions and become leaders in the digital era. Join us on a transformative journey towards success and innovation in engineering and technology.

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