Paper 1: ClimateNeRF: Physically-based Neural Rendering for Extreme Climate Synthesis
Abstract: This paper introduces a new method of fusing physical simulations with NeRF models of scenes to generate realistic movies of the physical phenomena in these scenes. In terms of concrete results, the method can realistically simulate the possible effects of climate change - what would a playground look like after a small-scale flood? What about after the great flood? What about after the blizzard?
## Recommended: Fog, winter, floods, new NeRF models render physically realistic blockbusters.
Paper 2: Pretraining Without Attention
This paper proposes a Bidirectional Gating SSM (BiGS) model, which combines the Routing layer based on the State Space Model (SSM) and the model architecture based on the multiplication gate, which can replicate the BERT prediction without using attention. training results, and can be extended to long-range pre-training of 4096 tokens, without the need for approximation.
Pre-training requires no attention, and scaling to 4096 tokens is not a problem, comparable to BERT.
Paper 3: One Model to Edit Them All: Free-Form Text-Driven Image Manipulation with Semantic Modulations
Recently, using text to guide image editing has achieved great progress and attention, especially based on denoising diffusion models such as StableDiffusion or DALLE wait. However, GAN-based text-image editing still has some problems waiting to be solved. For example, in the classic StyleCILP, a model must be trained for each text. This single-text-to-single-model approach is inconvenient in practical applications. This article proposes FFCLIP and solves this problem. For flexible different text inputs, FFCLIP only needs one model to edit the image accordingly, without the need to retrain the model for each text. , and achieved very good results on multiple data sets. This article has been accepted by NeurIPS 2022.
Recommendation:
A new paradigm for text and picture editing, a single model enables multi-text guided image editing.
Paper 4: SELF-INSTRUCT: Aligning Language Model with Self Generated Instructions
The University of Washington and other institutions recently jointly published a paper. The proposed new framework SELF-INSTRUCT improves the performance of pre-trained language models by guiding the model's own generation process. Ability to follow instructions. SELF-INSTRUCT is a semi-automated process that performs instruction tuning on a pre-trained LM using instruction signals from the model itself. Recommendation: No need for manual annotation, the self-generated instruction framework breaks the cost bottleneck of LLM such as ChatGPT. Paper 5: Ab Initio Calculation of Real Solids via Neural Network Ansatz Abstract: Machine learning can process massive amounts of data, solve scientific problems in complex scenarios, and lead scientific exploration to reach areas that were impossible in the past. New areas touched upon. For example, DeepMind uses the artificial intelligence software AlphaFold to make highly accurate predictions of almost all protein structures known to the scientific community; the particle image velocimetry (PIV) method based on deep learning proposed by Christian Lagemann has greatly improved the original purely manual setting of parameters. The application scope of the model is of vital significance to research in many fields such as automobiles, aerospace, and biomedical engineering. Recently, the work "Ab initio calculation of real solids via neural network ansatz" by the ByteDance AI Lab Research team and Chen Ji's research group at the School of Physics at Peking University provides a method for studying condensed matter. A new idea in physics, this work proposes the industry's first neural network wave function suitable for solid systems, realizes first-principles calculations of solids, and pushes the calculation results to the thermodynamic limit. It strongly proves that neural networks are efficient tools for studying solid-state physics, and also indicates that deep learning technology will play an increasingly important role in condensed matter physics. Relevant research results were published in the top international journal Nature Communication on December 22, 2022. Recommendation: The industry’s first neural network wave function suitable for solid systems was published in a Nature sub-journal. Paper 6: Why Can GPT Learn In-Context? Language Models Secretly Perform Gradient Descent as Meta-Optimizers Abstract: In-Context Learning (ICL) has achieved great success on large pre-trained language models, but its working mechanism is still a Unanswered questions. In this article, researchers from Peking University, Tsinghua University, and Microsoft understand ICL as a kind of implicit fine-tuning, and provide empirical evidence to prove that ICL and explicit fine-tuning perform similarly at multiple levels. Recommended: Why does In-Context Learning, driven by GPT, work? The model performs gradient descent secretly. Paper 7: Experimental Indications of Non-classical Brain Functions Abstract: For decades, scientists have been exploring the computing and thinking mechanisms of the human brain. However, the structure of the human brain is too complex, containing tens of billions of neurons, equivalent to trillions of chips, so it is difficult for us to find out. Roger Penrose, who won the Nobel Prize in Physics for his contribution to the study of black holes, once boldly proposed the idea of "quantum consciousness", that is, the human brain itself is a quantum structure, or a quantum computer. But this view has been questioned. A recent study from Trinity University Dublin suggests that our brains perform quantum computations, arguing that there is entanglement in the human brain mediated by brain functions related to consciousness. If these brain functions must operate in a non-classical way, then this means that consciousness is non-classical, i.e. the brain's cognitive processes involve quantum computations. Recommendation: The brain’s thinking is quantum computing. There is new evidence for this speculation. ArXiv Weekly Radiostation Heart of Machine cooperates with ArXiv Weekly Radiostation initiated by Chu Hang and Luo Ruotian, and selects more important papers this week based on 7 Papers, including 10 selected papers in each of NLP, CV, and ML fields. And provide an audio summary of the paper, the details are as follows: 10 NLP PapersAudio: 00:0020:18 ##10 selected NLP papers this week Yes: 1. Does unsupervised grammar induction need pixels?. (from Serge Belongie, Kilian Q. Weinberger, Jitendra Malik, Trevor Darrell) 2. Understanding Stereotypes in Language Models: Towards Robust Measurement and Zero-Shot Debiasing. (from Bernhard Schölkopf) 3. Tackling Ambiguity with Images: Improved Multimodal Machine Translation and Contrastive Evaluation. (from Cordelia Schmid, Ivan Laptev) 4. Cross-modal Attention Congruence Regularization for Vision-Language Relation Alignment. (from Ruslan Salakhutdinov, Louis-Philippe Morency) 5. Original or Translated? On the Use of Parallel Data for Translation Quality Estimation. (from Dacheng Tao) 6. Toward Human- Like Evaluation for Natural Language Generation with Error Analysis. (from Dacheng Tao) 7. Can Current Task-oriented Dialogue Models Automate Real-world Scenarios in the Wild?. (from Kyunghyun Cho ) 8. On the Blind Spots of Model-Based Evaluation Metrics for Text Generation. (from Kyunghyun Cho) 9. Beyond Contrastive Learning: A Variational Generative Model for Multilingual Retrieval. (from William W. Cohen) 10. The Impact of Symbolic Representations on In-context Learning for Few-shot Reasoning. (from Li Erran Li, Eric Xing) 10 CV PapersAudio:##00:0023:15 1. Revisiting Residual Networks for Adversarial Robustness: An Architectural Perspective. (from Kalyanmoy Deb) 2. Benchmarking Spatial Relationships in Text-to -Image Generation. (from Eric Horvitz) 3. A Brief Survey on Person Recognition at a Distance. (from Rama Chellappa) 4. MetaCLUE: Towards Comprehensive Visual Metaphors Research. (from Leonidas Guibas, William T. Freeman) 5. Aliasing is a Driver of Adversarial Attacks. (from Antonio Torralba) 6. Reversible Column Networks. (from Xiangyu Zhang) 7. Hi-LASSIE: High-Fidelity Articulated Shape and Skeleton Discovery from Sparse Image Ensemble . (from Ming-Hsuan Yang) 8. Learning Object-level Point Augmentor for Semi-supervised 3D Object Detection. (from Ming-Hsuan Yang) 9. Unleashing the Power of Visual Prompting At the Pixel Level. (from Alan Yuille) 10. From Images to Textual Prompts: Zero-shot VQA with Frozen Large Language Models. (from Dacheng Tao, Steven C.H. Hoi)
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