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GitHub Repo https://github.com/ccds-biochem/CCDS-biochem-research

ccds-biochem/CCDS-biochem-research

“In this project, Country Day students collaborate on primary scientific research. We started by 3D printing a dynamic physical model of a protein backbone using the open source code provided by the authors of an interesting paper who have been happy to help us learn their techniques. We are now extending their work as we aim to print a dynamic model of an entire protein: insulin. Pictured in the background of this page, insulin is a small hormone involved in the regulation of sugar in the body and will require the modeling of many other residues than the alanine described in the original work. To date, we have successfully printed accurate models of the disulfide bond between two cysteine residues (depicted in yellow below) and the proline residue (which contains a unique ring-structure, middle-right in the image below). In the coming years, students will continue to build on this body of work as they gain invaluable experience in the exciting field of scientific research.” - Tom Collins, Project Creator & Brittany Lott, Project Advisor
GitHub Repo https://github.com/muyeez786/Myfreetools

muyeez786/Myfreetools

Create a tools website which friendly with mobile phone and desktop. I also want to approve this website from google adsense. Add 40 to 50 tools in this website such as pdf converter, image background remover, image regulation and many other these type of tools. And i also want to keeping all the record from users.
GitHub Repo https://github.com/katherinepaiz/Identity-Access-Management-Practice-Lead

katherinepaiz/Identity-Access-Management-Practice-Lead

Role: North America Identity & Access Management Practice Lead Experience: 12 plus years of dedicated identity administration and governance experience. Location: Dallas, Texas, and open for other locations. Choose Inspira for a challenging and rewarding cybersecurity career where the variety of opportunities and challenges allows you to make a difference every day. A place where you can develop your potential and grow professionally, working alongside talented colleagues. The only place where you can learn from our unrivaled experience while helping our global clients achieve their cybersecurity objectives. If this is your idea of a typical working day, then Inspira is where you should be. Inspira's Global Cybersecurity practice helps organizations work through complex business and technology challenges and provide a straightforward approach to cybersecurity transformation. Our professionals bring deep technology skills and industry knowledge and work closely with our clients to design and implement solutions that are positioned to achieve their business objectives. Website: https://www.inspiraenterprise.com Responsibilities The North America Identity & Access Management (IAM) Practice Lead (Senior Manager) will be responsible for performing the necessary leadership, facilitation, planning, analysis, and design tasks related to building an industry-leading IAM practice. The IAM Practice Lead will partner and work closely with key strategic vendors, service providers, and the Companyʼs solution architects to plan, design & execute the Companyʼs go-to-market IAM strategy to support cross-functional business needs and align with longer- term best practice standards and viable technology roadmaps. Responsibilities of IAM Practice Lead: Manages, develops, and matures processes and acts as the Companyʼs regional (North Americas) business partner between the Companyʼs industry sector leaders and the global IAM practice leads, to develop industry-specific market offerings in alignment with the Companyʼs global IAM strategy • Manages and develops a team of IAM professionals responsible for business development, client delivery and operations, and innovation • Manages the review and architecture of new IAM security technologies to ensure alignment with the Companyʼs go-to- market strategy • • Lead the development, implementation, and manage company-wide IAM strategy This role will report to the Global Cyber Security Head and have a responsibility to influence cyber security strategy actions cross-functionally and must possess a high degree of domain competency in the field of information security and risk management; specifically, IAM • • Collaborate with Industry sector leaders to define and build sector-specific IAM strategies and solutions Serve as a trusted advisor on cyber security/IAM-related inquiries from client engagement teams, client leadership, Company leaders and third-party regulators • • Drives planning and execution of identity management roadmaps and technology enhancements EXPERTISE AND QUALIFICATIONS 12+ years of directly related experience in the IAM domain with specialization in one or more industry sectors, including broad cybersecurity and/or risk management experience • The ideal candidate is an integrator of people and processes, a thought leader, a problem solver, is knowledgeable about cybersecurity, and has a strong knowledge of security best practices and security technologies • Ability to gain and reach consensus and collaborate across leadership (Industry Sector, Regional Cybersecurity & IAM leaders) resolving differences by determining needs and creating mutually beneficial market-facing solutions • Comfortable dealing with complexity and ambiguity, but able to challenge and enquire to develop appropriate and achievable solutions to problems • • Ability to manage results by balancing strategic goals with tactical wins that focus on pragmatic solutions for the business Experience with growing an IAM practice including managing and coaching large teams of IAM strategists, architects, engineers, analysts, and operators. • Subject matter understanding of two or more Identity & Access Management solutions, with experience with developing IAM strategy/roadmap, performing IAM assessments, implementing IAM solutions, and operating IAM platforms (cloud, on-premises etc.) • • Subject matter understanding of IAM domains and experience with two or more domains: Identity Governance, Access Management, Advanced Authentication, Consumer Identity, Privileged Access Management, and Cloud Identity Ability to frame and communicate security and risk-related concepts to technical and non-technical audiences at various levels • Advanced generalist - organizational skills and experience, including project- or role-based experience in the following: policy and standards, risk management and reporting, and change management / adoption-level and executive interaction experience • • Demonstrated experience driving strategy with cross-functional executive level stakeholders Demonstrated ability to drive organizational change and work with multiple business units of an organization to effect change • • Bachelor's Degree or equivalent experience in Information Security, Computer Science, or Information System • Professional security certifications such as CISSP, CISA, or equivalent experience. Certified in one or more IAM products Broad knowledge and experience across IT infrastructure with security frameworks and standards such as NIST 800-153, 800-171, PCI, IRS, ISO 17799/27001, and other relevant security-related regulations • • Excellent communication, interpersonal and analytical skills with critical and logical thinking. Must be able to interact effectively with professionals at all levels and communicate recommendations with diplomacy and tact • Benefits: Open Culture– We are not a Company, we are a team - A team of forward-thinking professionals from diverse backgrounds, united by our passion for excellence. We practice an open-door policy, so our members can approach our leaders to talk about growth, address their grievances, or get guidance. At Inspira Learning never stops - In fact, it's encouraged. We've tied up with LinkedIn learning to help people skill up their technical and behavioral aspects through e-learning or self-paced programs. These include Leadership development programs, one on one coaching for High Potential employees, special incentive programs for cyber security, cloud and such other niche skill-based certifications. Career development opportunities: We Care - We want our employees to know we care. That's why we offer best-in-class benefits including: • Paid Time off & Holidays. • Medical, Dental & Vision Insurance. • Short Term & Long-Term disability. • Voluntary Term Life Insurance. • Benefit - 401K. Employee Wellbeing – Ensuring the mental wellbeing of our employees, we've tied up with SilverOak for our ʻEmployee Assistance and Well-being Programʼ. We conduct regular workshops for employees on topics such as Mindfulness at Work, Dealing with stress for better stress management, etc. Diversity, Inclusion & Equal opportunity – Inspira aims to ensure non-discrimination and equal access to work-related opportunities. Inspira strongly prohibits discrimination based on race, color, religion, gender, national origin, genetic information, age, or disability.
GitHub Repo https://github.com/zxiaole/aviationEmission

zxiaole/aviationEmission

In addition to the much-publicized environmental impact of CO2 emission by air traffic, aviation particulate emission also deserves attention. The abundant ultrafine particles in the aviation exhaust with diameters less than 100 nm may penetrate deep into the human respiratory system and cause adverse health effects. Here, we quantified the detailed aviation particle number emission from Zurich Airport and evaluated its influences on the annual mean particle number concentrations in the surrounding communities. The actual flight trajectory data were utilized for the first time to develop an emission inventory with high spatial resolution. The estimated total particle number emission was in the magnitude of 1024 particles per year. The annual mean particle mass concentrations in the nearby communities were increased by about 0.1 μg m–3 due to the aviation emission, equivalent to about 1% of the background concentration. However, the particle number concentration could be increased by a factor of 2–10 of the background level (104 cm–3) for nearby communities. Further studies are required to investigate the health effects of the increased particle number concentration and to evaluate whether the regulation based on the mass concentration is still sufficient for the air quality near airports.
GitHub Repo https://github.com/g2nb/Single-sample-GSEA-projection-ssGSEA-

g2nb/Single-sample-GSEA-projection-ssGSEA-

Single-sample GSEA projection (ssGSEA) Background Traditional gene set enrichment analysis assesses the differential coordinate up- or down-regulation of a biological process or pathway between groups of samples belonging to two phenotypes. The ability to assess that enrichment in individual samples, especially independently of pre-assigned phenotype labels, provides the opportunity to analyze transcription data at a higher level, by using gene sets/pathways instead of genes, resulting in a much more biologically interpretable set of features. Single-sample Gene Set Enrichment Analysis (ssGSEA) Projection accomplishes this. ssGSEA projects a single sample’s gene expression profile from the space of single genes onto the space of gene sets. It does this via the ssGSEA enrichment score, which represents the degree to which the genes in a particular gene set are coordinately up- or down- regulated within a sample. Any supervised or unsupervised machine learning technique or other statistical analysis can then be applied to the resulting projected dataset. The benefit is that the ssGSEA projection transforms the data to a higher-level (pathways instead of genes) space representing a more biologically interpretable set of features on which analytic methods can be applied. Another benefit of ssGSEA projection is dimensionality reduction. Typically the number of gene sets employed in the enrichment analysis is substantially smaller than the number of genes targeted by a gene expression assay, and they are more robust and less noisy, resulting in significant benefits for downstream analysis.
GitHub Repo https://github.com/rafalstanczuk/contentobserverservice

rafalstanczuk/contentobserverservice

This project is for educational and portfolio purposes only. It demonstrates Android development concepts including background services, content observers, and data synchronization. Please ensure compliance with local laws and regulations when handling SMS data.
GitHub Repo https://github.com/mappingdatacontroversies/2017

mappingdatacontroversies/2017

This project was created by the Fall 2017 Mapping Controversies class in “Personal data protection regulation: global social, legal and technical challenges” at Sciences Po, in Paris, France. The focus of our investigation was data protection and privacy regulations. The class, composed of students, represents diverse backgrounds spanning from France, Argentina, United States, Israel, Hungary, Russia and Canada. In the course, the group first investigated scientific literature concerning data protection and privacy regulations, casting a wide net in our investigation and gathering a list of key policies, terms, laws, and actors involved in the controversy at hand. Afterwards, the group investigated press articles, reviewed web materials, looked through social media, and reviewed legal documents concerning the controversy. This included, for example, a review of key actors on Twitter and led to a map of these actors’ networks on Twitter. We were interested in who was discussing these issues, how they interacted, how the technology was advancing to address or create these controversies and how policy makers are reacting. The following website shows off our investigation into the multi-faceted controversies regarding data protection and privacy regulation. We hope you enjoy.
GitHub Repo https://github.com/tasosmelas/tasosmelas

tasosmelas/tasosmelas

MSc student in Applied Bioinformatics & Data Analysis, with a background in informatics and an interest in computational genomics and data-driven approaches to gene regulation.
GitHub Repo https://github.com/eosageng/NanoPI-R2s-OpenWRT-2021

eosageng/NanoPI-R2s-OpenWRT-2021

# NanoPi-R2S-2021 The plug-in and kernel version are automatically updated every day. ## 👉Before using this firmware, please strictly abide by the laws and regulations related to the use of the Internet in the country, and do not violate the laws and regulations of the country! 👈 ## Samsung TF card\Haikang TF card is strongly recommended. Even if the firmware is difficult to flash, only Samsung flashes it to boot. This month I have been begging without a computer (please be in the computer~). . . ### Default compilation -Username: root Password: password Management IP: 192.168.2.1 -x86_64 firmware download https://github.com/DHDAXCW/lede/releases ###-beta: Gao Daquan ###-stable: stable and streamlined ###-WANLAN: Interchange Gao Daquan -Telegram group: https://t.me/DHDAXCW # Enjoy a chicken drumstick ![Donation](data/2.jpg?raw=true "Title") ### If you think this project is helpful to you, you can donate to us to encourage the sustainable development and perfection of the project # Plugin display ![Plugin display](data/20.jpg?raw=true "Title") ## Tips -My firmware has added dynamic overclocking. Whether it is hot or not, it depends on what the background program is running. -If it feels very hot, add a fan. It is recommended that the fan is 6cm×6cm, thinner 1cm, USB is also OK or terminal cable zh1.5 -Compatible with r2c devices at the same time ### Update log 8.12 -Added support for r2c and compatible with r2c. Or go there and download [NanoPi-R2C dedicated project](https://github.com/DHDAXCW/NanoPi-R2C) -Add cpu controller to facilitate frequency adjustment -Added overclocking of r2s to 1.6GHz. Get ready to add a fan! -Change the kernel's optimization support for low-speed TF card -Fix the issue of missing full passwall protocol, etc. -Fix the compilation problem of asswall in Simple-Obfs. -Other compilation process fixes and optimizations.
GitHub Repo https://github.com/naraku1122/Dronuts

naraku1122/Dronuts

Context Two of your close friends run a successful artisanal donut shop in Lawrenceville, PA. Looking for ways to expand their business, they reach out to you, knowing that you will apply your skills for startup engineering to the problem. Background: Donuts Donuts are America's favorite pastry, topping $15bn1 in sales annually. However, two key factors have limited their market saturation: Short shelf-life Unlike other pastries (like cookies or muffins), donuts retain optimal texture for only one to two days after baking. This means they must be sold quickly after baking and consumed rapidly, making efficient distribution essential. Poor afternoon sales Most people buy donuts out of convenience while purchasing their morning coffee. Rival donut company Dunkin' Donuts reported to shareholders that approximately 70% of their sales occur before 11am.2 This likely indicates an untapped market of individuals who are interested in purchasing donuts, but find it too inconvienient after their morning stop. Background: Drones A reclusive (and entirely fictional) genius has finally developed a safe and cost-effective lithium-air3 battery! This technology enables the development of lightweight unmanned aerial vehicles (UAVs), better known as drones. These new batteries improve the flight time of small drones (the size of the Iris Pixhawk+,4 say) by an order of magnitude (from 16-20 minutes to 1-2 hours). Inspired by Elon Musk's decision to open-source Tesla's patents, 5, the inventory decided to do the same with his battery. This led to the commoditization of drone-based mobility, which has redefined the way we use drones in a number of ways: DroneTech, a major player in the UAV market, has created a highly advanced drone mobility solution; enabling you to purchase off-the-shelf drones, and send them to perform deliveries using a REST API. Capitalizing on this, Amazon Prime Air, a drone delivery service for retail items, has seen mainstream use. Most consumers have designated drone delivery points at their home, making delivery failures unlikely. The widespread adoption of drone technologies has led to modification of FAA regulations on drone usage, allowing platforms like DroneTech's to opaquely negotiate airspace access with FAA servers. This is exciting; these developments alleviate most of the fundamental barriers to home delivery of a cheap good via drone. Your Idea You have a brainflash: software built atop the DroneTech API, coupled with a small fleet of the new drones, could help you capitalize on the vast untapped afternoon donut market! Your donut-making friends are intrigued, and think drone-based donut delivery could work. They're not very tech-savvy, and they have their hands full with the existing business, so they'd rather serve as your first partner/supplier than as co-founders. However, they have a couple of other friends at CMU, to whom they introduce you. With those classmates, you officially found Dronuts, a startup company which delivers fresh donuts via drone. You pool your resources and buy an initial fleet of 6 drones. Your Product Your basic idea is to build a cloud-backed web application,6 with which several types of users will interact, approximately as follows: A donut-buying customer will use the app to select donuts from a menu of items offered by the donut shop. The app will redirect customers to an external payment service, CommerceFriend, to enter payment details for their items. The app will identify a suitable drone to perform the delivery based on availability and battery life. Various factors may influence battery life, including distance, weight of the package, and weather/wind. Fortunately, DroneTech's API includes a sophisticated algorithm for managing battery capacity, allowing the drone to automatically return to the shop if the battery level is critical. The app will relay the order to the donut shop in Lawrenceville, and will instruct employees which drone items are to be loaded into. Once loaded, the app should send the drone out for delivery. The customer will be able to track the progress of their delivery in real-time using the app, so they know when to retrieve the items from the drone. (For the purposes of the course, you don't need to worry about the actual physical drone hardware beyond the software considerations surrounding battery life.) This initial outline is deliberately open-ended, as we intend for you to apply and practice the skills you learn in this class in a realistic startup context. Over the course of the first half of the semester (eight weeks), you will work with your classmates to design, implement and analyze the software for this (hyopthetical) new startup. End game? You envision a number of ways this idea might make you fantastically wealthy. Maybe you and your friends will build a country-spanning artisinal delivery donut shop empire. Maybe Amazon Go will take an interest, and acquire you for a fantastic sum. Maybe Dunkin' Donuts will agree to license your SaaS platform, again for a fantastic sum. The sky's the limit! You just need to get the whole thing off the ground... Citations and Footnotes 1: IBIS World 2017. 2: Dunkin' Donuts U.S. Marketing 2015. 3: Lithium-air batteries have been a theoretical possibility and the subject of research for decades. Wikipedia has more. 4: The IRIS quadcopter. 5: "All Our Patents are Belong to You", Tesla blog, 06/12/2014 6: The course staff acknowledges that a mobile app probably does make more sense in this context; we are stipulating a web application for pedagogical purposes.