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Support prompts that require multiple input lines. More information and additional resourcestutorials/download_model_weights: A more comprehensive download tutorial, tips for GPU memory limitations, and moreFinetune LLMsLitGPT supports several methods of supervised instruction finetuning, which allows you to finetune models to follow instructions.Datasets for Instruction-finetuning are usually formatted in the following way:Alternatively, datasets for instruction finetuning can also contain an 'input' field:In an instruction-finetuning context, "full" finetuning means updating all model parameters as opposed to only a subset. Adapter and LoRA (short for low-rank adaptation) are methods for parameter-efficient finetuning that only require updating a small fraction of the model weights.Parameter-efficient finetuning is much more resource-efficient and cheaper than full finetuning, and it often results in the same good performance on downstream tasks.In the following example, we will use LoRA for finetuning, which is one of the most popular LLM finetuning methods. (For more information on how LoRA works, please see Code LoRA from Scratch.)Before we start, we have to download a model as explained in the previous "Download pretrained model" section above:litgpt download microsoft/phi-2The LitGPT interface can be used via command line arguments and configuration files. We recommend starting with the configuration files from the config_hub and either modifying them directly or overriding specific settings via the command line. For example, we can use the following setting to train the downloaded 2.7B parameter microsoft/phi-2 model, where we set --max_steps 5 for a quick test run.If you have downloaded or cloned the LitGPT repository, you can provide the config file via a relative path:litgpt finetune_lora microsoft/phi-2\ --config config_hub/finetune/phi-2/lora.yaml \ --train.max_steps 5Alternatively, you can provide a URL:litgpt finetune_lora microsoft/phi-2\ --config \ --train.max_steps 5TipNote that the config file above will finetune the model on the Alpaca2k dataset on 1 GPU and save the resulting files in an out/finetune/lora-phi-2 directory. All of these settings can be changed via a respective command line argument or by changing the config file.To see more options, execute litgpt finetune_lora --help.Running the previous finetuning command will initiate the finetuning process, which should only take about a minute on a GPU due to the --train.max_steps 5 setting., ignore_index=-100, seed=42, num_workers=4, download_dir=PosixPath('data/alpaca2k')), 'devices': 1, 'eval': EvalArgs(interval=100, max_new_tokens=100, max_iters=100), 'logger_name': 'csv', 'lora_alpha': 16, 'lora_dropout': 0.05, 'lora_head': True, 'lora_key': True, 'lora_mlp': True, 'lora_projection': True, 'lora_query': True, 'lora_r': 8, 'lora_value': True, 'num_nodes': 1, 'out_dir': PosixPath('out/finetune/lora-phi-2'), 'precision': 'bf16-true', 'quantize': None, 'seed': 1337, 'train': TrainArgs(save_interval=800, log_interval=1, global_batch_size=8, micro_batch_size=4, lr_warmup_steps=10, epochs=1, max_tokens=None, max_steps=5, max_seq_length=512, tie_embeddings=None, learning_rate=0.0002, weight_decay=0.0, beta1=0.9, EQ made easy. 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Finetune Radio 1.4.4.0 - Download, Review, Screenshots

Use the finetuned model via the chat function directly:litgpt chat out/finetune/lora-phi-2/final/> Prompt: Why are LLMs so useful?>> Reply: LLMs are useful because they can be trained to perform various natural language tasks, such as language translation, text generation, and question-answering. They are also able to understand the context of the input data, which makes them particularly useful for tasks such as sentiment analysis and text summarization. Additionally, because LLMs can learn from large amounts of data, they are able to generalize well and perform well on new data.Time for inference: 2.15 sec total, 39.57 tokens/sec, 85 tokens>> Prompt:">Now chatting with phi-2.To exit, press 'Enter' on an empty prompt.Seed set to 1234>> Prompt: Why are LLMs so useful?>> Reply: LLMs are useful because they can be trained to perform various natural language tasks, such as language translation, text generation, and question-answering. They are also able to understand the context of the input data, which makes them particularly useful for tasks such as sentiment analysis and text summarization. Additionally, because LLMs can learn from large amounts of data, they are able to generalize well and perform well on new data.Time for inference: 2.15 sec total, 39.57 tokens/sec, 85 tokens>> Prompt:More information and additional resourcestutorials/prepare_dataset: A summary of all out-of-the-box supported datasets in LitGPT and utilities for preparing custom datasetstutorials/finetune: An overview of the different finetuning methods supported in LitGPTtutorials/finetune_full: A tutorial on full-parameter finetuningtutorials/finetune_lora: Options for parameter-efficient finetuning with LoRA and QLoRAtutorials/finetune_adapter: A description of the parameter-efficient Llama-Adapter methods supported in LitGPTtutorials/oom: Tips for dealing with out-of-memory (OOM) errorsconfig_hub/finetune: Pre-made config files for finetuning that work well out of the boxLLM inferenceTo use a downloaded or finetuned model for chat, you only need to provide the corresponding checkpoint directory containing the model and tokenizer files. For example, to chat with the phi-2 model from Microsoft, download it as follows, as described in the "Download pretrained model" section:litgpt download microsoft/phi-2model-00001-of-00002.safetensors: 100%|████████████████████████████████| 5.00G/5.00G [00:40Then, chat with the model using the following command:litgpt chat microsoft/phi-2> Prompt: What is the main difference between a large language model and a traditional search engine?>> Reply: A large language model uses deep learning algorithms to analyze and generate natural language, while a traditional search engine uses algorithms to retrieve information from web pages.Time for inference: 1.14 sec total, 26.26 tokens/sec, 30 tokens">Now chatting with phi-2.To exit, press 'Enter' on an empty prompt.Seed set to 1234>> Prompt: What is the. download google drive Finetune Radio (1.4.4.0) phone bittorrent free RapidShare Finetune Radio (1.4.4.0) compaq alienware Box no buggy 2shared get Finetune Radio 1.4.4.0 Mega where can download extension full Finetune Radio amd uTorrent ipad software Finetune Radio 1.4.4.0 from pc iphone ideapad FINETUNE FM MALAYSIA UNIVERSAL AV3D MEDIA RADIO HEADQUARTERS. FineTune Radio Treasures. DEFJAY.COM - 100% R B! (USA/Europe) Wednesday, .

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ProGen2 Finetuning 🦾 🧬 🧪Accompanying code for my bachelor thesis and paper.Ever wanted to finetune a generative protein language model on protein families of your choice? No? Well, now you can!UsageWe describe a simple workflow, in which we finetune the ProGen2-small (151M) model illustrate the usage of the provided python scripts.Install dependenciesFirst of all, we need to install the required dependencies. Use a virtual environment to avoid conflicts with the system-wide packages.cd srcpython3 -m venv venvsource venv/bin/activatepip3 install -r requirements.txtDownloading dataSelect a few families from the Pfam database, which you want to train the model on. Use their Pfam codes to download the data in FASTA format. The downloaded files will be saved into the downloads/ directory. This may take a while, depending on the size of the downloaded families.Example code to dowlnoad three, relatively small, protein families:python3 download_pfam.py PF00257 PF02680 PF12365 Preprocessing the dataBefore finetuning the model, we need to preprocess the data to include the special famliy tokens, and the 1 and 2 tokens at the beginning and end of sequence. We also remove the FASTA headers.We specify the paths to the downloaded FASTA files using the --input_files option.Optionally, we may define the names of output train and test data files in which the data will be stored. We can also specify the ratio of train and test data split (default is 0.8) and using a boolean flag --bidirectional we can save the sequences also in reverse, if we want to train a bidirectional model.python3 prepare_data.py \ --input_files None, 'seed': 1337, 'train': TrainArgs(save_interval=800, log_interval=1, global_batch_size=8, micro_batch_size=4, lr_warmup_steps=10, epochs=1, max_tokens=None, max_steps=5, max_seq_length=512, tie_embeddings=None, learning_rate=0.0002, weight_decay=0.0, beta1=0.9, beta2=0.95, max_norm=None, min_lr=6e-05)}Seed set to 1337Number of trainable parameters: 12,226,560Number of non-trainable parameters: 2,779,683,840The longest sequence length in the train data is 512, the model's maximum sequence length is 512 and context length is 2048Validating ...Recommend a movie for me to watch during the weekend and explain the reason.Below is an instruction that describes a task. Write a response that appropriately completes the request.### Instruction:Recommend a movie for me to watch during the weekend and explain the reason.### Response:I recommend you watch "Parasite" because it's a critically acclaimed movie that won multiple awards, including the Academy Award for Best Picture. It's a thought-provoking and suspenseful film that will keep you on the edge of your seat. The movie also tackles social and economic inequalities, making it a must-watch for anyone interested in meaningful storytelling./home/zeus/miniconda3/envs/cloudspace/lib/python3.10/site-packages/torchmetrics/utilities/prints.py:43: UserWarning: The ``compute`` method of metric MeanMetric was called before the ``update`` method which may lead to errors, as metric states have not yet been updated. warnings.warn(*args, **kwargs) # noqa: B028Missing logger folder: out/finetune/lora-phi-2/logs/csvEpoch 1 | iter 1 step 0 | loss train: 1.646, val: n/a | iter time: 820.31 msEpoch 1 | iter 2 step 1 | loss train: 1.660, val: n/a | iter time: 548.72 ms (step)Epoch 1 | iter 3 step 1 | loss train: 1.687, val: n/a | iter time: 300.07 msEpoch 1 | iter 4 step 2 | loss train: 1.597, val: n/a | iter time: 595.27 ms (step)Epoch 1 | iter 5 step 2 | loss train: 1.640, val: n/a | iter time: 260.75 msEpoch 1 | iter 6 step 3 | loss train: 1.703, val: n/a | iter time: 568.22 ms (step)Epoch 1 | iter 7 step 3 | loss train: 1.678, val: n/a | iter time: 511.70 msEpoch 1 | iter 8 step 4 | loss train: 1.741, val: n/a | iter time: 514.14 ms (step)Epoch 1 | iter 9 step 4 | loss train: 1.689, val: n/a | iter time: 423.59 msEpoch 1 | iter 10 step 5 | loss train: 1.524, val: n/a | iter time: 603.03 ms (step)Training time: 11.20sMemory used: 13.90 GBSaving LoRA weights to 'out/finetune/lora-phi-2/final/lit_model.pth.lora'Saved merged weights to 'out/finetune/lora-phi-2/final/lit_model.pth'Notice that the LoRA script saves both the LoRA weights ('out/finetune/lora-phi-2/final/lit_model.pth.lora') and the LoRA weight merged back into the original model ('out/finetune/lora-phi-2/final/lit_model.pth') for convenience. This allows us to

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Updated November 18, 2022 07:23 Ekahau Private 5G (Beta) provides easy-to-use functionality for planning your private 4G or 5G network. You will be able to get quick estimates of the number and type of radio units needed to achieve desired coverage and performance of your network, as well as experiment with different scenarios and network configurations to achieve desired results. The core phases for creating your plan involve:Defining your siteDefining your network requirementsDesigning and analyzing your network planIn order to start planning your network, the first step is to create a Site object within Private 5G planner. This Site object can contain multiple network plans and you can use it as a parent folder to store plans related to this site.Creating a site automatically creates an empty Space for your network plan. Now it is time to bring in your floor map. You can add your floor plan in bitmap format (.png, .jpg files). Follow the instructions in the UI and add scale, draw coverage areas that are relevant for your network and run an automatic wall detection process to speed up the process for defining physical properties of your site.After completing the map import wizard, you will be able to adjust and finetune physical structures of your floor plan in the Define workspace. Here you can draw walls, define wall materials with respective attenuation values and adjust map scale if needed.When you are satisfied with your physical structure definition, it is time to define coverage areas and start planning your network. Select Design workspace and verify that all relevant requirement areas are in place (e.g. areas for overall coverage and areas for more tight requirements). You can draw and adjust coverage areas in this workspace as well as select network requirements for individual coverage areas (from “high performance” to “best effort”). Defining coverage areas will help you analyse your network plan's characteristics.After coverage areas and requirements are assigned, you can start planning your private 4G or 5G network. Use a network device tool to select technology, band and desired radio unit model. Take full use of the Assisted planning

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Beta2=0.95, max_norm=None, min_lr=6e-05)}Seed set to 1337Number of trainable parameters: 12,226,560Number of non-trainable parameters: 2,779,683,840The longest sequence length in the train data is 512, the model's maximum sequence length is 512 and context length is 2048Validating ...Recommend a movie for me to watch during the weekend and explain the reason.Below is an instruction that describes a task. Write a response that appropriately completes the request.### Instruction:Recommend a movie for me to watch during the weekend and explain the reason.### Response:I recommend you watch "Parasite" because it's a critically acclaimed movie that won multiple awards, including the Academy Award for Best Picture. It's a thought-provoking and suspenseful film that will keep you on the edge of your seat. The movie also tackles social and economic inequalities, making it a must-watch for anyone interested in meaningful storytelling./home/zeus/miniconda3/envs/cloudspace/lib/python3.10/site-packages/torchmetrics/utilities/prints.py:43: UserWarning: The ``compute`` method of metric MeanMetric was called before the ``update`` method which may lead to errors, as metric states have not yet been updated. warnings.warn(*args, **kwargs) # noqa: B028Missing logger folder: out/finetune/lora-phi-2/logs/csvEpoch 1 | iter 1 step 0 | loss train: 1.646, val: n/a | iter time: 820.31 msEpoch 1 | iter 2 step 1 | loss train: 1.660, val: n/a | iter time: 548.72 ms (step)Epoch 1 | iter 3 step 1 | loss train: 1.687, val: n/a | iter time: 300.07 msEpoch 1 | iter 4 step 2 | loss train: 1.597, val: n/a | iter time: 595.27 ms (step)Epoch 1 | iter 5 step 2 | loss train: 1.640, val: n/a | iter time: 260.75 msEpoch 1 | iter 6 step 3 | loss train: 1.703, val: n/a | iter time: 568.22 ms (step)Epoch 1 | iter 7 step 3 | loss train: 1.678, val: n/a | iter time: 511.70 msEpoch 1 | iter 8 step 4 | loss train: 1.741, val: n/a | iter time: 514.14 ms (step)Epoch 1 | iter 9 step 4 | loss train: 1.689, val: n/a | iter time: 423.59 msEpoch 1 | iter 10 step 5 | loss train: 1.524, val: n/a | iter time: 603.03 ms (step)Training time: 11.20sMemory used: 13.90 GBSaving LoRA weights to 'out/finetune/lora-phi-2/final/lit_model.pth.lora'Saved merged weights to 'out/finetune/lora-phi-2/final/lit_model.pth'">{'checkpoint_dir': PosixPath('checkpoints/microsoft/phi-2'), # TODO 'data': Alpaca2k(mask_prompt=False, val_split_fraction=0.03847, prompt_style=, ignore_index=-100, seed=42, num_workers=4, download_dir=PosixPath('data/alpaca2k')), 'devices': 1, 'eval': EvalArgs(interval=100, max_new_tokens=100, max_iters=100), 'logger_name': 'csv', 'lora_alpha': 16, 'lora_dropout': 0.05, 'lora_head': True, 'lora_key': True, 'lora_mlp': True, 'lora_projection': True, 'lora_query': True, 'lora_r': 8, 'lora_value': True, 'num_nodes': 1, 'out_dir': PosixPath('out/finetune/lora-phi-2'), 'precision': 'bf16-true', 'quantize':. download google drive Finetune Radio (1.4.4.0) phone bittorrent free RapidShare Finetune Radio (1.4.4.0) compaq alienware Box no buggy 2shared get Finetune Radio 1.4.4.0 Mega where can download extension full Finetune Radio amd uTorrent ipad software Finetune Radio 1.4.4.0 from pc iphone ideapad

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User5643

Support prompts that require multiple input lines. More information and additional resourcestutorials/download_model_weights: A more comprehensive download tutorial, tips for GPU memory limitations, and moreFinetune LLMsLitGPT supports several methods of supervised instruction finetuning, which allows you to finetune models to follow instructions.Datasets for Instruction-finetuning are usually formatted in the following way:Alternatively, datasets for instruction finetuning can also contain an 'input' field:In an instruction-finetuning context, "full" finetuning means updating all model parameters as opposed to only a subset. Adapter and LoRA (short for low-rank adaptation) are methods for parameter-efficient finetuning that only require updating a small fraction of the model weights.Parameter-efficient finetuning is much more resource-efficient and cheaper than full finetuning, and it often results in the same good performance on downstream tasks.In the following example, we will use LoRA for finetuning, which is one of the most popular LLM finetuning methods. (For more information on how LoRA works, please see Code LoRA from Scratch.)Before we start, we have to download a model as explained in the previous "Download pretrained model" section above:litgpt download microsoft/phi-2The LitGPT interface can be used via command line arguments and configuration files. We recommend starting with the configuration files from the config_hub and either modifying them directly or overriding specific settings via the command line. For example, we can use the following setting to train the downloaded 2.7B parameter microsoft/phi-2 model, where we set --max_steps 5 for a quick test run.If you have downloaded or cloned the LitGPT repository, you can provide the config file via a relative path:litgpt finetune_lora microsoft/phi-2\ --config config_hub/finetune/phi-2/lora.yaml \ --train.max_steps 5Alternatively, you can provide a URL:litgpt finetune_lora microsoft/phi-2\ --config \ --train.max_steps 5TipNote that the config file above will finetune the model on the Alpaca2k dataset on 1 GPU and save the resulting files in an out/finetune/lora-phi-2 directory. All of these settings can be changed via a respective command line argument or by changing the config file.To see more options, execute litgpt finetune_lora --help.Running the previous finetuning command will initiate the finetuning process, which should only take about a minute on a GPU due to the --train.max_steps 5 setting., ignore_index=-100, seed=42, num_workers=4, download_dir=PosixPath('data/alpaca2k')), 'devices': 1, 'eval': EvalArgs(interval=100, max_new_tokens=100, max_iters=100), 'logger_name': 'csv', 'lora_alpha': 16, 'lora_dropout': 0.05, 'lora_head': True, 'lora_key': True, 'lora_mlp': True, 'lora_projection': True, 'lora_query': True, 'lora_r': 8, 'lora_value': True, 'num_nodes': 1, 'out_dir': PosixPath('out/finetune/lora-phi-2'), 'precision': 'bf16-true', 'quantize': None, 'seed': 1337, 'train': TrainArgs(save_interval=800, log_interval=1, global_batch_size=8, micro_batch_size=4, lr_warmup_steps=10, epochs=1, max_tokens=None, max_steps=5, max_seq_length=512, tie_embeddings=None, learning_rate=0.0002, weight_decay=0.0, beta1=0.9,

2025-04-01
User8181

EQ made easy. With Equalizer, tune your microphone to fit your unique voice. Ditch the confusing numbers, knobs, and sliders of traditional EQs. Now, customize your highs and lows with ease in Wave Link — without ever sacrificing power. Whether you’re a beginner or pro, the Elgato EQ is the ultimate audio companion for streaming, podcasting, recording, and more.Why you’ll love this free voice effect:Love your microphone? Finetune its frequencies and sound even better.See your voice’s natural frequencies with real-time audio visualization.Easy to pick up and use, Equalizer is less intimidating than other EQs.It's ultra customizable, so you can control frequencies with pinpoint accuracy.Save and switch between presets, or import custom settings from Marketplace Makers.With just a few clicks, Equalizer installs to your Wave Link setup.As a VST3 plugin, it can be used in other DAW apps like Reaper, Ableton Live, and Cubase.Why use an equalizer? There are a number of reasons:An EQ raises or lowers volume for specific frequencies to produce clearer audioAdjust your lows to add bass and boom, adjust your highs to improve vocal clarityReduce muddiness and nasally tones, or boost your warmth for a radio-like soundFilter out unwanted noise, like sibilance, with easeNew to EQing? With the Elgato Equalizer, learn as you finetune:Frequency ranges have easy-to-identify labels, not just numeral valuesTurn on helper descriptions to better understand what each range is used forPlay a short animated tutorial to learn how to manage bandsA streamlined UI removes unnecessary knobs and slidersLove to customize? This EQ is loaded with tools to personalize your audio:Add up to 8 customizable bandsAdjust integrated high pass, low pass, high shelf, and low shelf settingsFinetune a frequency spectrum from 20 Hz up to 20 kHzCustomize your gain using a range of -12 to 12 dBReady to finetune your sound? Try Elgato EQ in Wave Link or your favorite DAW app and hear the difference. Check out presets now and explore the full potential with Elgato Equalizer.

2025-04-21
User3663

Use the finetuned model via the chat function directly:litgpt chat out/finetune/lora-phi-2/final/> Prompt: Why are LLMs so useful?>> Reply: LLMs are useful because they can be trained to perform various natural language tasks, such as language translation, text generation, and question-answering. They are also able to understand the context of the input data, which makes them particularly useful for tasks such as sentiment analysis and text summarization. Additionally, because LLMs can learn from large amounts of data, they are able to generalize well and perform well on new data.Time for inference: 2.15 sec total, 39.57 tokens/sec, 85 tokens>> Prompt:">Now chatting with phi-2.To exit, press 'Enter' on an empty prompt.Seed set to 1234>> Prompt: Why are LLMs so useful?>> Reply: LLMs are useful because they can be trained to perform various natural language tasks, such as language translation, text generation, and question-answering. They are also able to understand the context of the input data, which makes them particularly useful for tasks such as sentiment analysis and text summarization. Additionally, because LLMs can learn from large amounts of data, they are able to generalize well and perform well on new data.Time for inference: 2.15 sec total, 39.57 tokens/sec, 85 tokens>> Prompt:More information and additional resourcestutorials/prepare_dataset: A summary of all out-of-the-box supported datasets in LitGPT and utilities for preparing custom datasetstutorials/finetune: An overview of the different finetuning methods supported in LitGPTtutorials/finetune_full: A tutorial on full-parameter finetuningtutorials/finetune_lora: Options for parameter-efficient finetuning with LoRA and QLoRAtutorials/finetune_adapter: A description of the parameter-efficient Llama-Adapter methods supported in LitGPTtutorials/oom: Tips for dealing with out-of-memory (OOM) errorsconfig_hub/finetune: Pre-made config files for finetuning that work well out of the boxLLM inferenceTo use a downloaded or finetuned model for chat, you only need to provide the corresponding checkpoint directory containing the model and tokenizer files. For example, to chat with the phi-2 model from Microsoft, download it as follows, as described in the "Download pretrained model" section:litgpt download microsoft/phi-2model-00001-of-00002.safetensors: 100%|████████████████████████████████| 5.00G/5.00G [00:40Then, chat with the model using the following command:litgpt chat microsoft/phi-2> Prompt: What is the main difference between a large language model and a traditional search engine?>> Reply: A large language model uses deep learning algorithms to analyze and generate natural language, while a traditional search engine uses algorithms to retrieve information from web pages.Time for inference: 1.14 sec total, 26.26 tokens/sec, 30 tokens">Now chatting with phi-2.To exit, press 'Enter' on an empty prompt.Seed set to 1234>> Prompt: What is the

2025-04-05
User5201

ProGen2 Finetuning 🦾 🧬 🧪Accompanying code for my bachelor thesis and paper.Ever wanted to finetune a generative protein language model on protein families of your choice? No? Well, now you can!UsageWe describe a simple workflow, in which we finetune the ProGen2-small (151M) model illustrate the usage of the provided python scripts.Install dependenciesFirst of all, we need to install the required dependencies. Use a virtual environment to avoid conflicts with the system-wide packages.cd srcpython3 -m venv venvsource venv/bin/activatepip3 install -r requirements.txtDownloading dataSelect a few families from the Pfam database, which you want to train the model on. Use their Pfam codes to download the data in FASTA format. The downloaded files will be saved into the downloads/ directory. This may take a while, depending on the size of the downloaded families.Example code to dowlnoad three, relatively small, protein families:python3 download_pfam.py PF00257 PF02680 PF12365 Preprocessing the dataBefore finetuning the model, we need to preprocess the data to include the special famliy tokens, and the 1 and 2 tokens at the beginning and end of sequence. We also remove the FASTA headers.We specify the paths to the downloaded FASTA files using the --input_files option.Optionally, we may define the names of output train and test data files in which the data will be stored. We can also specify the ratio of train and test data split (default is 0.8) and using a boolean flag --bidirectional we can save the sequences also in reverse, if we want to train a bidirectional model.python3 prepare_data.py \ --input_files

2025-04-23
User8616

None, 'seed': 1337, 'train': TrainArgs(save_interval=800, log_interval=1, global_batch_size=8, micro_batch_size=4, lr_warmup_steps=10, epochs=1, max_tokens=None, max_steps=5, max_seq_length=512, tie_embeddings=None, learning_rate=0.0002, weight_decay=0.0, beta1=0.9, beta2=0.95, max_norm=None, min_lr=6e-05)}Seed set to 1337Number of trainable parameters: 12,226,560Number of non-trainable parameters: 2,779,683,840The longest sequence length in the train data is 512, the model's maximum sequence length is 512 and context length is 2048Validating ...Recommend a movie for me to watch during the weekend and explain the reason.Below is an instruction that describes a task. Write a response that appropriately completes the request.### Instruction:Recommend a movie for me to watch during the weekend and explain the reason.### Response:I recommend you watch "Parasite" because it's a critically acclaimed movie that won multiple awards, including the Academy Award for Best Picture. It's a thought-provoking and suspenseful film that will keep you on the edge of your seat. The movie also tackles social and economic inequalities, making it a must-watch for anyone interested in meaningful storytelling./home/zeus/miniconda3/envs/cloudspace/lib/python3.10/site-packages/torchmetrics/utilities/prints.py:43: UserWarning: The ``compute`` method of metric MeanMetric was called before the ``update`` method which may lead to errors, as metric states have not yet been updated. warnings.warn(*args, **kwargs) # noqa: B028Missing logger folder: out/finetune/lora-phi-2/logs/csvEpoch 1 | iter 1 step 0 | loss train: 1.646, val: n/a | iter time: 820.31 msEpoch 1 | iter 2 step 1 | loss train: 1.660, val: n/a | iter time: 548.72 ms (step)Epoch 1 | iter 3 step 1 | loss train: 1.687, val: n/a | iter time: 300.07 msEpoch 1 | iter 4 step 2 | loss train: 1.597, val: n/a | iter time: 595.27 ms (step)Epoch 1 | iter 5 step 2 | loss train: 1.640, val: n/a | iter time: 260.75 msEpoch 1 | iter 6 step 3 | loss train: 1.703, val: n/a | iter time: 568.22 ms (step)Epoch 1 | iter 7 step 3 | loss train: 1.678, val: n/a | iter time: 511.70 msEpoch 1 | iter 8 step 4 | loss train: 1.741, val: n/a | iter time: 514.14 ms (step)Epoch 1 | iter 9 step 4 | loss train: 1.689, val: n/a | iter time: 423.59 msEpoch 1 | iter 10 step 5 | loss train: 1.524, val: n/a | iter time: 603.03 ms (step)Training time: 11.20sMemory used: 13.90 GBSaving LoRA weights to 'out/finetune/lora-phi-2/final/lit_model.pth.lora'Saved merged weights to 'out/finetune/lora-phi-2/final/lit_model.pth'Notice that the LoRA script saves both the LoRA weights ('out/finetune/lora-phi-2/final/lit_model.pth.lora') and the LoRA weight merged back into the original model ('out/finetune/lora-phi-2/final/lit_model.pth') for convenience. This allows us to

2025-03-28
User5766

Updated November 18, 2022 07:23 Ekahau Private 5G (Beta) provides easy-to-use functionality for planning your private 4G or 5G network. You will be able to get quick estimates of the number and type of radio units needed to achieve desired coverage and performance of your network, as well as experiment with different scenarios and network configurations to achieve desired results. The core phases for creating your plan involve:Defining your siteDefining your network requirementsDesigning and analyzing your network planIn order to start planning your network, the first step is to create a Site object within Private 5G planner. This Site object can contain multiple network plans and you can use it as a parent folder to store plans related to this site.Creating a site automatically creates an empty Space for your network plan. Now it is time to bring in your floor map. You can add your floor plan in bitmap format (.png, .jpg files). Follow the instructions in the UI and add scale, draw coverage areas that are relevant for your network and run an automatic wall detection process to speed up the process for defining physical properties of your site.After completing the map import wizard, you will be able to adjust and finetune physical structures of your floor plan in the Define workspace. Here you can draw walls, define wall materials with respective attenuation values and adjust map scale if needed.When you are satisfied with your physical structure definition, it is time to define coverage areas and start planning your network. Select Design workspace and verify that all relevant requirement areas are in place (e.g. areas for overall coverage and areas for more tight requirements). You can draw and adjust coverage areas in this workspace as well as select network requirements for individual coverage areas (from “high performance” to “best effort”). Defining coverage areas will help you analyse your network plan's characteristics.After coverage areas and requirements are assigned, you can start planning your private 4G or 5G network. Use a network device tool to select technology, band and desired radio unit model. Take full use of the Assisted planning

2025-04-09

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