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BirdDog X-Series PTZ Cameras: Compare X1, X1 Ultra, X4 Ultra, and X5 U - Videoguys
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BirdDog X-Series PTZ Cameras: Compare X1, X1 Ultra, X4 Ultra, and X5 U - Videoguys
X1
X1 Ultra
X4 Ultra
X5 Ultra
IMAGING Image Sensor Sony 1/2.8” CMOS • FULL HD Sony 1/2.8” CMOS • ULTRA HD Sony 1 / 1.8” CMOS – ULTRA HD Sony 1/2.8” CMOS • ULTRA HD Lens f=5.5mm ~ 110mm f=4.1mm – 49.2mm f=4.1mm – 49.2mm f=5.4 – 104mm Optical Zoom 20x 12x 20x Video Format 1080p @ 60/50/30/25fps 720p @ 60/50/30/25fps 2160p @ 30/29.97/25fps 1080p @ 30/29.97/25fps 720p @ 30/29.97/25fps 2160p @ 60/59.94/50/ 30/29.97/25fps 1080p @ 60/59.94/ 50/30/29.97/25fps 1080i @ 59.94/50fps 720p @ 60/59.94 2160p @ 60, 59.94, 50, 30/29.97/25fps 1080p @ 60, 59.94, 50, 30/29.97/25fps, 720p @ 60, 59.94, 50fps Horizontal angle of view 55.8° (W) – 3.2° (T) 70.28º (W) – 6.57º (T) 60° (W) ~ 3.5°(T) 56.6°(W)-3°(T) Vertical angle of view 32.2° (W) – 1.8° (T) 42.06º (W) – 3.76º (T) 35° (W) ~ 2.0°(T) 32.5°(W)-1.7°(T) Diagonal angle of view 61° (W) – 3.64° (T) 78.36º (W) – 7.5º (T) 66.6°(W) ~ 4.0°(T) 64.7°(W)-3.5°(T) Aperture F1.6 ~ 3.5 F1.8 ~ 2.68 F1.58 (W) ~ 3.95 (T) F1.6(W)-F3.6(T) Focus Auto, Manual Exposure Auto, Shutter Priority, Iris Priority, Manual Auto, Shutter Priority, Iris Priority, Manual, BLC, WDR Backlight Compensation Yes Shutter Speed – 1/1 – 1/10000s Digital Noise Reduction 2D and 3D Noise Reduction 3D Noise Reduction SNR >50dB ≥45dB – Effective Pixels 2.07 MP 8.29 MP 8.42 MP 8.46 MP Filter Ring – – – ∅49mm AI Tracking Presenter MECHANICAL Pan/Tilt Rotation ±175°, -90°~+90° ±170°, -30° ~ +90° Pan Control Speed 0.1 – 80°/sec 1.7 – 80°/sec 0.1 – 200°/sec Tilt Control Speed 0.1 -60°/sec 1.7-60°/sec 0.1 -200°/sec Preset Number 255 presets 128 presets, Speed Adjustable Integrated Tally Light Halo Style, RGB HALO tally and rear number tally system Halo Style, RGB Pan/Tilt Drive System – – – Ultra-fine Drive Display e-Ink Display e-Ink 2.13” with customization logo Dual e-Ink Display Quietness – – – Max 28dB at full speed pan I/O INTERFACE Video Output Interfaces HDMI, USB-C UVC 1.1, Network 3G-SDI, HDMI, USB-C UVC, Network 12G-SDI, HDMI 2.0, HDMI 1.4, USB-C UVC 1.1, 1Gb Network Video Compression Format H.264, H.265 Network Interfaces 100M adaptive Ethernet port; POE IEEE802.3af, Wi-Fi IEEE 802.11ac 1Gbps adaptive Ethernet port; PoE IEEE 802.3at, WiFi 6 2×2 MIMO (Optional Base station) 1GbE adaptive Ethernet port; POE+ IEEE 802.3at Encoder Network Protocols NDI|HX2, NDI|HX3, RTSP, RTMP NDI®|HX2, NDI®|HX3, SRT, RTSP, RTMP HDMI Decoder Network Protocols NDI|HX2, NDI|HX3 – NDI®|HX2, NDI®|HX3 Control Interfaces 10M/100M Ethernet, Wi-Fi IEEE 802.11ac, RS232 (input & output), RS485, TYPE-C(UVC1.1) 1Gbps Ethernet, USB-C, RS-232 1GbE Ethernet, RS232 (input & output), RS422, TYPE-C(UVC1.1) Control Protocols VISCA Baud Rate: 9600/4800/38400/2400, VISCA-IP, NDI VISCA Baud Rate: 38400/9600/ 4800/2400, VISCA-IP, NDI®, ONVIF VISCA Baud Rate: 38400/9600/ 4800/2400, VISCA-IP, NDI Analogue Audio – 3.5mm TRS Line input/Mic Input 3.5mm (1/4″) Mic In / Line In (Stereo) Digital Audio – Embedded with Main and Secondary HDMI, 12G-SDI, Network Video, USB (UVC) GENERAL PARAMETER Enivronmental Operation – Internal Input Voltage DC 12V, POE IEEE802.3af DC 12V, POE IEEE 802.3at Input Current 2.0A (Max.) 5.0A (Max.) 2.0A (Max.) Power Consumption 13W (Max.) – 18W (Max.) Battery Capacity – 9450mAh – Battery Operating Time (Per Charge) – Up to 6 Hours Run Time (Usage Dependent) – Working Temperature -10℃ ~ +40℃ 0ºC ~ +40ºC Working Humidity 20% ~ 80% Dimension (W*H*D) 171.6*192.6*171.6mm/ 260*217*197mm (before/ after packing) 140*188*203mm / 295*245*254mm (before / after packing) 185*171*200mm / 271*275*245mm (before / after packing) Net and Gross Weight 1.35kg/2.05kg (Net/Gross weight) 1.43kg/2.096kg (Net/Gross weight) 2.19kg (Net / weight) 2.31kg/3.76kg (Net/Gross weight)
#3d#ai#amp#audio#battery#Cameras#compression#decoder#display#filter#focus#Full#hdmi#humidity#IEEE#Imaging#Ink#IP#Iris#lens#Light#max#network#noise#parameter#power#Reduction#rotation#SEC#sensor
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Energieeffiziente Wohnungen werden bald Pflicht: Hier kaufen Sie jetzt schon günstig
„…Wohnungen müssen im Zuge der Klimapolitik immer energieeffizienter werden. Damit steigt auch ihr Preis. Doch nicht überall sind die Mehrkosten für bereits sanierte Wohnungen hoch. Wir haben alle 400 Städte und Landkreise analysiert. 2922 Euro mussten Sie im vergangenen Jahr beim Kauf einer Eigentumswohnung in Deutschland pro Quadratmeter investieren. In diesem Durchschnittswert sind aber viele…
#Durchschnittswert#energieeffizient#Faktor#Kauf#Kaufpreis#Klimapolitik#Mehrkosten#Parameter#Quadratmeter#Wohnungen
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Mistral NeMo: Powerful 12 Billion Parameter Language Model
Mistral NeMo 12B
Today, Mistral AI and NVIDIA unveiled Mistral NeMo 12B, a brand-new, cutting-edge language model that is simple for developers to customise and implement for enterprise apps that enable summarising, coding, a chatbots, and multilingual jobs.
The Mistral NeMo model provides great performance for a variety of applications by fusing NVIDIA’s optimised hardware and software ecosystem with Mistral AI‘s training data knowledge.
Guillaume Lample, cofounder and chief scientist of Mistral AI, said, “NVIDIA is fortunate to collaborate with the NVIDIA team, leveraging their top-tier hardware and software.” “With the help of NVIDIA AI Enterprise deployment, They have created a model with previously unheard-of levels of accuracy, flexibility, high efficiency, enterprise-grade support, and security.”
On the NVIDIA DGX Cloud AI platform, which provides devoted, scalable access to the most recent NVIDIA architecture, Mistral NeMo received its training.
The approach was further advanced and optimised with the help of NVIDIA TensorRT-LLM for improved inference performance on big language models and the NVIDIA NeMo development platform for creating unique generative AI models.
This partnership demonstrates NVIDIA’s dedication to bolstering the model-builder community.
Providing Unprecedented Precision, Adaptability, and Effectiveness
This enterprise-grade AI model performs accurately and dependably on a variety of tasks. It excels in multi-turn conversations, math, common sense thinking, world knowledge, and coding.
Mistral NeMo analyses large amounts of complicated data more accurately and coherently, resulting in results that are relevant to the context thanks to its 128K context length.
Mistral NeMo is a 12-billion-parameter model released under the Apache 2.0 licence, which promotes innovation and supports the larger AI community. The model also employs the FP8 data format for model inference, which minimises memory requirements and expedites deployment without compromising accuracy.
This indicates that the model is perfect for enterprise use cases since it learns tasks more efficiently and manages a variety of scenarios more skillfully.
Mistral NeMo provides performance-optimized inference with NVIDIA TensorRT-LLM engines and is packaged as an NVIDIA NIM inference microservice.
This containerised format offers improved flexibility for a range of applications and facilitates deployment anywhere.
Instead of taking many days, models may now be deployed anywhere in only a few minutes.
As a component of NVIDIA AI Enterprise, NIM offers enterprise-grade software with specialised feature branches, stringent validation procedures, enterprise-grade security, and enterprise-grade support.
It offers dependable and consistent performance and comes with full support, direct access to an NVIDIA AI expert, and specified service-level agreements.
Businesses can easily use Mistral NeMo into commercial solutions thanks to the open model licence.
With its compact design, the Mistral NeMo NIM can be installed on a single NVIDIA L40S, NVIDIA GeForce RTX 4090, or NVIDIA RTX 4500 GPU, providing great performance, reduced computing overhead, and improved security and privacy.
Cutting-Edge Model Creation and Personalisation
Mistral NeMo’s training and inference have been enhanced by the combined knowledge of NVIDIA engineers and Mistral AI.
Equipped with Mistral AI’s proficiencies in multilingualism, coding, and multi-turn content creation, the model gains expedited training on NVIDIA’s whole portfolio.
Its efficient model parallelism approaches, scalability, and mixed precision with Megatron-LM are designed for maximum performance.
3,072 H100 80GB Tensor Core GPUs on DGX Cloud, which is made up of NVIDIA AI architecture, comprising accelerated processing, network fabric, and software to boost training efficiency, were used to train the model using Megatron-LM, a component of NVIDIA NeMo.
Availability and Deployment
Mistral NeMo, equipped with the ability to operate on any cloud, data centre, or RTX workstation, is poised to transform AI applications on a multitude of platforms.
NVIDIA thrilled to present Mistral NeMo, a 12B model created in association with NVIDIA, today. A sizable context window with up to 128k tokens is provided by Mistral NeMo. In its size class, its logic, domain expertise, and coding precision are cutting edge. Because Mistral NeMo is based on standard architecture, it may be easily installed and used as a drop-in replacement in any system that uses Mistral 7B.
To encourage adoption by researchers and businesses, we have made pre-trained base and instruction-tuned checkpoints available under the Apache 2.0 licence. Quantization awareness was incorporated into Mistral NeMo’s training, allowing for FP8 inference without sacrificing performance.
The accuracy of the Mistral NeMo base model and two current open-source pre-trained models, Gemma 2 9B and Llama 3 8B, are compared in the accompanying table.Image Credit to Nvidia
Multilingual Model for the Masses
The concept is intended for use in multilingual, international applications. Hindi, English, French, German, Spanish, Portuguese, Chinese, Japanese, Korean, Arabic, and Spanish are among its strongest languages. It has a big context window and is educated in function calling. This is a fresh step in the direction of making cutting-edge AI models available to everyone in all languages that comprise human civilization.Image Credit to Nvidia
Tekken, a more efficient tokenizer
Tekken, a new tokenizer utilised by Mistral NeMo that is based on Tiktoken and was trained on more than 100 languages, compresses source code and natural language text more effectively than SentencePiece, the tokenizer used by earlier Mistral models. Specifically, it has about a 30% higher compression efficiency for Chinese, Italian, French, German, Spanish, and Russian source code. Additionally, it is three times more effective at compressing Arabic and Korean, respectively. For over 85% of all languages, Tekken demonstrated superior text compression performance when compared to the Llama 3 tokenizer.Image Credit to Nvidia
Instruction adjustment
Mistral NeMO went through a process of advanced alignment and fine-tuning. It is far more adept at reasoning, handling multi-turn conversations, following exact directions, and writing code than Mistral 7B.
Read more on govindhtech.com
#mistralnemo#parameter#mistrai#chatbots#nvidia#hardware#software#nvidiadgxcloud#nvidianemo#nvidiatensorrtllm#generativeai#aimodel#unprecedentedprecision#adaptability#nvidianim#nvidiartx#technology#technews#news#govindhtech
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#adaptiveSteuerung#Ausschuss#Datenanalyse#DatengesteuerteErkenntnisse#Effizienz#Fehlerreduzierung#KI#Material#Optimierung#Parameter#Qualität#Spritzguss#SupplyChain#Überwachung#Vorhersage
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Multi-Parameter Equipment
Our multi parameter vital signs monitor is a cutting-edge device designed to provide comprehensive health monitoring. With its advanced technology, this equipment is capable of detecting various cardiovascular parameters, ensuring a thorough assessment of an individual's health status.
Types of neonatal multi parameter monitor in Jamr
Our multi-parameter equipment integrates essential vital sign monitoring functions, such as blood pressure measurement, heart rate monitoring, oxygen saturation levels, ECG testing, AFib detection, and atherosclerosis detection. This comprehensive multi-parameter vital signs monitor allows healthcare providers to efficiently monitor multiple aspects of a patient’s health simultaneously, saving valuable time and resources. With accurate and real-time data, healthcare professionals can make informed decisions and deliver comprehensive care to their patients.
Important Parameters of Cardiovascular Health
Identifying potential issues of cardiovascular health is crucial for maintaining a healthy heart. There are several important parameters that healthcare professionals use to assess the risk of cardiovascular disease. These include blood pressure, ECG, SpO2, AFib, and arteriosclerosis.
Blood pressure is a measure of the force of blood against the walls of arteries and is a critical indicator of heart health. SpO2 is a measure of the oxygen saturation level in the blood and is used to assess respiratory function. ECG is a test that records the electrical activity of the heart and can detect abnormalities in heart rhythm. AFib, or atrial fibrillation, is a type of irregular heartbeat that can lead to blood clots and stroke. Arteriosclerosis is a condition in which the arteries become narrow and hardened, which can increase the risk of heart attack and stroke.
By monitoring these parameters, healthcare professionals can identify potential issues with cardiovascular health and develop treatment plans to prevent or manage cardiovascular disease. It is important for individuals to schedule regular check-ups with their healthcare provider to ensure that their heart is healthy and functioning properly.
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[solved] Warning: count(): Parameter must be an array or an object that implements Countable in (\\:directory) on line 436
[solved] Warning: count(): Parameter must be an array or an object that implements Countable in (\:directory) on line 436
This warning message usually appears in WordPress when an old PHP version is being used, or the website is using a theme or plugin that has not been updated recently. The warning message indicates that there is a problem with the code on line 436 of a particular file in the WordPress installation. The underlying issue is related to the “countable” feature in PHP. Countable is a function in PHP…
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i don't care how neat a program is or how much it might improve my life. if it sneaks its way into my computer on top of a regular software update like some kind of fucking digital deer tick, it's a delete on sight. kill kill kill. nobody but ME decides what programs get installed on MY computer. fuck all the way off
#turned on my laptop today & discovered grammarly hiding out in the start menu#that one doesn't even fit the parameters of the post.#when i need grammar assistance i will SEEK IT OUT from a REPUTABLE SOURCE#square
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Values passing in HTTP call
In HTTP request, parameter can be passed in more than one way. For GET request, we can pass value by either query parameter, path parameter or header. For POST or PUT we can even pass it in the body. Let’s focus on the GET request and see how can we pass values in different ways. We already saw the example of query passing here…
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Statistic: Sample proportion of C
Procedure: 1-sample Z-Test for P
P - Let P = true proportion of the letter C in this post
H - H0: P = 0.028, Ha: P > 0.028
A - SRS of posts, independence due to more than 180 occurrences of C (10n), np ≥ 10 -> 0.504 ≥ 10 (unfulfilled), n(1-p) ≥ 10 -> 17.496 ≥ 10 (fulfilled), continue with procedure For The Bit
N - 1-sample Z-Test for P
T - Z = p-hat - P/√((P(1-P)/n) = 0.101
O - p(Z > 0.101) = 0.46
M - a = 0.05 -> Fail to reject H0, since the p-value is greater than a (0.46 > 0.05)
S - There is not enough evidence to suggest that there is a difference in the true proportion of the letter C in this post, since the p-value is greater than a. There is no statistical difference in the proportion of the letter C in this post than the average.
Type I error: Decide that the true proportion of the letter C in this post is greater than 0.028, even if it is not.
Type II error: Decide that the true proportion of the letter C is equal to 0.028, even if it is lower.
one person can eat ~300 pounds of cheese in a day
#statistic#hypothesis test#1-sample Z-test for p#procedure#PHANTOMS#proportion#parameter#I cant believe I did a wholeass hypothesis test For The Bit. IT FAILED THE ASSUMPTIONS BUT I CONTINUED!!!!!#double check me btw im so cooked for ap stats
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Energieeffiziente Wohnungen werden bald Pflicht: Hier gibt es sie jetzt schon günstig
„…Wohnungen müssen im Zuge der Klimapolitik immer energieeffizienter werden. Damit steigt auch ihr Preis. Doch nicht überall sind die Mehrkosten für bereits sanierte Wohnungen hoch. Wir haben alle 400 Städte und Landkreise analysiert. 2922 Euro mussten Sie im vergangenen Jahr beim Kauf einer Eigentumswohnung in Deutschland pro Quadratmeter investieren. In diesem Durchschnittswert sind aber viele…
#Durchschnittswert#Eigentumswohnung#energieeffizient#Klimapolitik#Mehrkosten#Parameter#Pflicht#Quadratmeter#Wohnungen
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Customize a Tk Window
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Multiparameter Patient Monitors
Lepu Portable Patient Monitors are designed to be compact and lightweight, making them easy to transport and use in various healthcare settings. They typically feature a built-in rechargeable battery, allowing for continuous monitoring even in remote or emergency situations.
Lepu Multiparameter Patient Monitors Types
Lepu Medical Grade AIView VX Tablet Patient Monitor Portable Multiparameter Monitor Vital Signs Monitor with Touch Screen for Hospital Clinic Ward and Home Use
Lepu AIView VX has a minimalist and unique design, advanced technology, and innovative patented design to streamline caregivers' workflow and improve work efficiency.
Lepu Medical AiView V12 Multiparameter Patient Monitor Portable All-in-one Vital Signs Monitor with AI Analysis Diagnosis Touch Screen for Hospital ICU Clinical Ambulance and Home Use
Lepu's latest generation of AI intelligent multi-parameter monitors, available in both 13.3-inch (V12) and 11.6-inch (V10) versions, feature a hardware design optimized for ergonomics, as well as a software design optimized for flat interactive experiences. These monitors are able to meet the unique needs of various hospital departments, greatly transforming the working modes of medical staff and delivering an unparalleled user experience.
Lepu Medical Grade K15/K12/K10 All-in-one Patient Monitor Portable Multiparameter Monitor with Touch Screen for Hospital ICU Clinical Home
15"/12"/10.4" high-resolution display touch screen. Comprehensive calculations for clinical application.
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Adding default values to function parameters makes your code more concise, readable, and robust. Default values allow you to specify a fallback value for a parameter in case the caller does not provide one. This can help you avoid errors, such as undefined variables or type mismatches, and simplify the logic of your function. Unfortunately, the go programming language does not have this feature by default. This article will show you how to do that in Go.
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Some equations remain unequal
Fred has a deep penchant for solving mathematical problem His friend Jose comes up with a problem statement Assumptions Male=Female Dog=Cat Teacher=Preacher Prove inequality in all of these formulaes Fred is confused… Fred ‘this is not a mathematical problem in first place… how can you put Male=Female and Dog=Cat… to large extent we have Teacher=Preacher so obviously Male <> Female, Dog…
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How to Enable Discovery Cache To Avoid Long Delay During Login To Fusion Middleware Control
SYMPTOMS Logging into Enterprise Manager Fusion Middleware Control (fmwc) takes a long time. Sometimes as long as 45-60 seconds.This is often viewed as slow response time, performance or hanging issues. This applies to fmwc 11g and 12c. Root Cause: fmwc discovery is always performed as part of login. For installations with thousands of targets, fmwc discovery may take 45-60 seconds. This time…
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#ADMINSERVER#CACHE#DISCOVERY#EMOMS.PROPERTIES#ENTERPRISE MANAGER#Enterprise Manager for Fusion Middleware#FUSION MIDDLEWARE CONTROL#GETPROPERTY#HANGING#LOGIN TIME#MBEAN#ORACLE FUSION MIDDLEWARE#PARAMETER#PERFORMANCE#PROPERTY#REDUCE#REFRESH#RESPONSE TIME#SLOW RESPONSE#WAIT TIME
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