From Newsgroup: uk.rec.waterways

<div>When your file is finished downloaded you can hear your animal sounds in your player or burn it to a cd and listen like music on your CD-player or your handy. You can add the sound to your sound library of your smartphone.</div><div></div><div></div><div></div><div></div><div></div><div>animal sounds wav files free download</div><div></div><div>Download Zip: https://t.co/nvUJAOsaCT </div><div></div><div></div><div>I have developed an MFCC algorithm and want to cluster same species of animal sounds with my application. I searched on internet and collected some animal sounds. My each sound files should be including just one animal's voice. It should be some kind of farm animals. I tried to collect all the small good sounds from internet and I will append each of animal's sounds and process them. I mean I will have 3 cat sounds and they will be one, I have 4 dog sounds they will be one too.</div><div></div><div></div><div>Note: You can click on any of the photos and spectrograms on this page to view and/or save the full image. Some sounds (in particular from mysticetes/baleen whales) are very low frequency, and you may need high-quality speakers to hear the recording.</div><div></div><div></div><div>A spectrogram is a visual way to display sound. The frequency of the sound is labeled on the vertical or y-axis. Frequency is most often measured in hertz (Hz) or kilohertz (kHz). Time is shown along the bottom of the graph (the x-axis). Time here is measured in minutes and seconds, in the format mm:ss. The loudness of a sound can be seen by the color scale of the sound in the spectrogram, with lighter colors implying louder sounds.</div><div></div><div></div><div>Baleen whales generally make low-frequency (0-5kHz) sounds. These sounds are usually made in the context of mating, competition for food or territory, contact calling, or general social communication.</div><div></div><div></div><div>Summary: Toothed whales generally make high-frequency sounds (5-150 kHz). These sounds are usually made in the context of mating, competition for food or territory, contact calling, or general social communication.</div><div></div><div></div><div>Summary: Pinnipeds (seals, sea lions, and walruses) generally make a variety of sounds in the general range of 0-20 kHz. These sounds are usually made in the context of mating, competition for food or territory, contact calling, or general social communication.</div><div></div><div></div><div></div><div></div><div></div><div></div><div>For identification of bird sounds I recommend using Merlin app (both iOS and Android). You can use it to record sounds, ID them, and then share to whatever app (at least, in Android) including iNaturalist. The most recent version can even import recordings from other apps/recorders.</div><div></div><div></div><div>In general bird observations are identified quite fast on iNaturalist by users. However, not as many users are familiar with bird sounds so it may take a little longer to get identified. To date, on iNaturalist, their are 367,027 observation world wide that have sound, 275,223 have community consensus (reached research grade, RG), of those consensus was reached through only 15,558 identifiers. The United States has 121,471 RG observations, achieved by 6,948 identifiers. In Australia, there are only 8,778 RG observations identified by only 799 users. It also depends on the quality of the recording much the same as blurry or very small images of birds may slow down the identification process. Your recording quality is reasonably good so I would think that someone will be able to pinpoint it for you.</div><div></div><div></div><div>The City of Los Angeles is not serviced by our agency (except for small unincorporated areas surrounded by or adjacent to the city). If our agency does not serve your city, we cannot accept your complaint request. Our agency does not have the legal authority to conduct animal noise abatement proceedings outside our service area.</div><div></div><div></div><div>Autonomous audio recording is stimulating new field in bioacoustics, with a great promise for conducting cost-effective species surveys. One major current challenge is the lack of reliable classifiers capable of multi-species identification. We present PROTAX-Sound, a statistical framework to perform probabilistic classification of animal sounds. PROTAX-Sound is based on a multinomial regression model, and it can utilize as predictors any kind of sound features or classifications produced by other existing algorithms. PROTAX-Sound combines audio and image processing techniques to scan environmental audio files. It identifies regions of interest (a segment of the audio file that contains a vocalization to be classified), extracts acoustic features from them and compares with samples in a reference database. The output of PROTAX-Sound is the probabilistic classification of each vocalization, including the possibility that it represents species not present in the reference database. We demonstrate the performance of PROTAX-Sound by classifying audio from a species-rich case study of tropical birds. The best performing classifier achieved 68% classification accuracy for 200 bird species. PROTAX-Sound improves the classification power of current techniques by combining information from multiple classifiers in a manner that yields calibrated classification probabilities.</div><div></div><div></div><div>The Henderson Municipal Code 7.08.030 pertaining to animal noise reads:</div><div></div><div>It is unlawful for any person to own, keep, harbor or possess any animal which, by unreasonably loud, unnecessary, or frequent barking, yelping, howling or other noise, causes unreasonable annoyance or disturbance to the neighborhood or to any person of ordinary sensitivity in the vicinity. In determining whether an animal's noise violates this section, factors to be considered include, but are not limited to, the time of day the sounds occur, the intensity and duration of the noise, whether the sound is recurrent, intermittent or constant, the circumstances which might cause the animal to make noise, and the proximity of the noise to others.</div><div></div><div></div><div>Is there anything I can do about my neighbor, who allows his/her dog to bark all the time? Yes, but unlike many other violations that Animal Control can issue citations for, animal noise is not so easy to resolve. This is because the person reporting the noise (victim) must be willing to give their information and even possibly appear in court if criminal charges are brought against the dog owner. The process for noisy animal complaints is as follows:</div><div></div><div></div><div>Since the last patch random animal sounds got added into the game. They have no gameplay value which makes them incredibly annoying, most notably the cricket loop which starts playing after about 30 seconds on particular biomes and keeps going all game long. There is no way to turn these sounds off since they are baked into Sound Volume.</div><div></div><div></div><div>When such intrusive ambient sounds are added they should be on a slider, for many it is important that gamesounds are limited as much as possible to what happens on screen. Balance wise I find the cricket loop too loud. If none of this is done the least effort would be an official mod instead of expecting a community fix.</div><div></div><div></div><div>The real issue is that there should not be a mod required to have a comfortable experience without unnecessary distractions. Some thought needs to go into if this implementation is acceptable in a competitive game. Obviously it is not, if such intrusive sounds are added it should come with an ambiance volume slider.</div><div></div><div></div><div>I am very new to Arduino, and don't really know how to approach this with Arduino Lilypad, or even if that is the best way to go.</div><div></div><div>From my understanding, I would need an battery, small speaker, tactile button and a Lilypad equivalent which supports SD card (for the sound files).</div><div></div><div></div><div>Don't permanently enclose the batteries. Ask your wife to make a pocket or pouch inside the animal, closed with elastic, zipper or buttons, for the battery holder. The rest of the circuit can be sewn up inside the animal, but put longer, flexible wires on the battery holder so it can be pulled out, batteries replaced and re-inserted. Use some kind of strain relief for the battery wires, otherwise they may break away from the circuit inside the animal. I would also choose AA or AAA, 3 cells, or, if exclusively using rechargeable, 4 cells.</div><div></div><div></div><div></div><div></div><div>A lipo or li-ion battery would run the circuit, yes. But it would not be very safe to charge batteries inside the animal. Batteries can get hot while being charged, and have a reputation for catching fire. They must be allowed to keep cool while being charged. So you would still need some sort of cavity inside the animal to allow the batteries to be removed for recharging.</div><div></div><div></div><div>In my quest of traveling around the world and recording at the same time, I had to make some choices. Since I aimed for ultra-light portability of myself and my gear, I decided pretty early to not bring with me the Sanken co-100k. Also because I was mostly focused on recording ambiences at that time. </div><div></div><div>However, in the last 2 years, I got back to the endeavor of capturing spot effects and particularly animal sounds, therefore I got myself equipped with a short shotgun mic, and then I got a side mic in order to complete a coherent MS kit that I was able to bring along with me on my travels. With this ultra-light portable setup, I was able to record 96KHz 24 Bits on the go, this was 2 years before the launch of the Zoom F3.</div><div></div><div></div><div>I also realized that it would be great to introduce back ultra-high frequency recording, I thus searched for an easily portable solution that I could bring with me and set up in no time. Meanwhile, I also got inspired by Mattia Cellotto who used a specialized biophonic mic that records up to 384 kHz. I looked at bat recorders options, but also since I got a side contract for recording bat sounds, I got a Pettersson microphone that can be plugged into a phone and directly record via the app in a 384 kHz resolution.</div><div></div><div></div><div>It is primarily made for bat sounds but I got pretty decent results recording other animals, though only in conjunction with other microphones. The Pettersson does indeed perform poorly in the low-frequency region, it also has transients not very sharp, and it is very sensible with any high-pitched sounds. However, if coupled with a regular capture I found it can deliver coherent results for my purpose.</div><div></div><div> 7c6cff6d22</div>
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