The art of ordering and culling your possessions before you die should extend to your documents, photos, and digital accounts. Digital generated image of semi transparent multiple data server discs on white background. After Adam Liljenberg's grandmother died, his grandfather was ready to downsize and move into an assisted living facility. As Swedes, they were familiar with Swedish death cleaning, the idea that as you near the end of life, you declutter and organize your belongings so as not to burden those who survive you. When Liljenberg arrived to help his grandfather sort through his possessions, he didn't expect to be rescuing digital photos off a phone full of malware.

We propose a new way of building portfolios of cryptocurrencies that provide good diversification properties to investors. First, we seek to filter these digital assets by creating some clusters based on their path signature. The goal is to identify similar patterns in the behavior of these highly volatile assets. Once such clusters have been built, we propose "optimal" portfolios by comparing the performances of such portfolios to a universe of unfiltered digital assets. Our intuition is that clustering based on path signatures will make it easier to capture the main trends and features of a group of cryptocurrencies, and allow parsimonious portfolios that reduce excessive transaction fees. Empirically, our assumptions seem to be satisfied.

We've all got to die sometime. But whatever you think awaits us after death, it's unlikely to involve a suped-up gaming PC, a fiber connection, and tons of digital video games. Last week, a Steam support representative said that in addition to not being able to transfer your account to another person, you also can't leave it to your beneficiaries. But this policy against the inheriting of PC games might be in violation of a relatively recent United States law. A ResetEra poster named delete12345 asked a Steam support representative if they could transfer the ownership of their Steam account after they died through their will.

We report on an effort that led to POLAR3D, a set of digital assets that enhance the POLAR dataset of stereo images generated by NASA to mimic lunar lighting conditions. Our contributions are twofold. First, we have annotated each photo in the POLAR dataset, providing approximately 23 000 labels for rocks and their shadows. Second, we digitized several lunar terrain scenarios available in the POLAR dataset. Specifically, by utilizing both the lunar photos and the POLAR's LiDAR point clouds, we constructed detailed obj files for all identifiable assets. POLAR3D is the set of digital assets comprising of rock/shadow labels and obj files associated with the digital twins of lunar terrain scenarios. This new dataset can be used for training perception algorithms for lunar exploration and synthesizing photorealistic images beyond the original POLAR collection. Likewise, the obj assets can be integrated into simulation environments to facilitate realistic rover operations in a digital twin of a POLAR scenario. POLAR3D is publicly available to aid perception algorithm development, camera simulation efforts, and lunar simulation exercises.POLAR3D is publicly available at https://github.com/uwsbel/POLAR-digital.

A detailed Description Of the Project Crypto AI ($CAI), an AI-powered NFT (non-fungible token) generator is a software application that uses artificial intelligence and machine learning algorithms to create unique digital assets that can be sold as NFTs. NFTs are blockchain-based tokens that represent ownership of digital assets, such as artwork, music, videos, or any other type of creative content. The AI-powered NFT generator creates original digital assets by analyzing existing content and patterns in the data to generate new, unique creations. For example, an AI-powered NFT generator could analyze a database of images and use machine learning algorithms to create a new image based on the patterns and styles found in the original data. What is the project about?

The artificial intelligence (AI) market seems to be the key to drive growth of digital assets, and non-fungible tokens (NFTs) are expected to benefit from the same. From what it's understood, AI-based NFTs carry potential to ensure long-term development of metaverse and decentralised play-to-earn (P2E) economies. According to Sensorium, a metaverse and Web3.0 developer, AI-based NFTs are implanted with a Generative Pre-Trained Transformer 3 (GPT 3) language model in connection to its smart contract. The platform also stated that this kind of NFTs can provide features such as interactivity, animation, among others. "I believe AI-based NFTs are not only interactive but also create experiences. We can even program these assets by giving commands and can generate different outputs each time. In short, AI can enhance the capabilities of NFTs," Toshendra Sharma, founder and CEO, NFTICALLY, a business-to-business (B2B) software-as-a-service (SaaS), told FE Blockchain.

The first time I tried Character.AI, it completely hijacked my husband's birthday dinner. What had started as a party of 12 friends conversing quietly around the table quickly turned into picking Elon Musk's brain on Mars, getting the Queen's take on Harry's departure from the royal family, and raucously creating our own AI characters for the rest of the evening. But in the months since that fateful night, my conversations on Character.AI – a platform for creating and chatting with different AI characters – have turned from purely novelty question-asking into the back-and-forth of a meaningful relationship. My husband likes to joke, "after 13 years of trying to get you to sleep more and stress less, your AI Life Coach is the one that finally gets you across the line?!" AI is here. Some of the AI skeptics may be thinking, we've seen this movie before: steady progress in AI has occurred over the span of decades, not months.

On March 1, Binance, the world's largest cryptocurrency exchange, launched the beta version of "Bicasso," the new artificial intelligence service for creating non-fungible tokens (NFTs). According to Binance, users will be able to easily materialize their creative visions by converting them into NFTs through this new AI tool. "Bicasso's advanced AI technology allows you to paint the picture of your dreams with ease. Just enter a description of what you want to see, a'prompt' (only available in English in this version), and watch our Bicasso robot bring your imagination to life in just a few seconds," the release quoted. When a user enters a prompt into the "Bicasso" tool, the AI generates 4 different images based on the English words or sentences entered into the "magic words" section.

Cryptocurrencies have been making waves in the financial industry for quite some time, but did you know they're also starting to make their way into the world of art? Specifically, the integration of cryptocurrencies and Artificial Intelligence (AI) is starting to transform the art industry in new and exciting ways. One of the main ways cryptocurrencies are impacting the art world is through the use of NFTs (Non-Fungible Tokens), which are digital assets that can represent ownership of unique items, such as artwork. NFTs are based on blockchain technology, which provides a secure and decentralized way to verify ownership and authenticity of digital assets. NFTs are being used to sell and trade digital art pieces, allowing artists to receive payment for their work and for collectors to own a unique and valuable piece of digital art.

The concept of the Metaverse aims to bring a fully-fledged extended reality environment to provide next generation applications and services. Development of the Metaverse is backed by many technologies, including, 5G, artificial intelligence, edge computing and extended reality. The advent of 6G is envisaged to mark a significant milestone in the development of the Metaverse, facilitating near-zero-latency, a plethora of new services and upgraded real-world infrastructure. This paper establishes the advantages of providing the Metaverse services over 6G along with an overview of the demanded technical requirements. The paper provides an insight to the concepts of the Metaverse and the envisaged technical capabilities of 6G mobile networks. Then, the technical aspects covering 6G for the development of the Metaverse, ranging from validating digital assets, interoperability, and efficient user interaction in the Metaverse to related security and privacy aspects are elaborated. Subsequently, the role of 6G technologies towards enabling the Metaverse, including artificial intelligence, blockchain, open radio access networks, edge computing, cloudification and internet of everything. The paper also presents 6G integration challenges and outlines ongoing projects towards developing the Metaverse technologies to facilitate the Metaverse applications and services.