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With a market order the customer instructs his or her brokerage firm to buy or sell a stock at whatever the price is when the trade is executed, presumably as soon as possible. If the price of the stock is moving quickly and there is a delay in the transmission of the order, then the price at which the customer purchases or sells the stock may be very different than what the customer expected when the order was placed. With a limit order, the customer specifies the price at which he or she is willing to buy or sell. Limit orders can help protect customers from rapid price changes when markets are moving fast. However, there is the risk that the limit order will not be executed. Also note that limit orders usually cost a bit more than market orders.
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Publications
Accepted
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VaPar Synth - A Variational Parametric Model for Audio Synthesis
Krishna Subramani,
Preeti Rao
Alexandre D'Hooge
ICASSP 2020
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Code /
Audio Examples /
DOI /
BibTeX
We present VaPar Synth - a Variational Parametric Synthesizer for instrument note synthesis, which utilizes a conditional variational autoencoder trained on a source-filter inspired parametric representation.
We will be presenting our work virtually at ICASSP 2020! (Presentation Video)
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Energy-Weighted Multi-Band Novelty Functions for Onset Detection in Piano Music
Krishna Subramani,
Srivatsan Sridhar,
Rohit M A,
Preeti Rao
National Conference on Communications 2018
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DOI /
BibTeX
Propose the use of energy-based weighting of multi-band onset detection functions and the use of a new criterion for adapting the final peak-picking threshold to improve detection of soft onsets in the vicinity of loud notes. Also propose a grouping algorithm to reduce the detection of spurious onsets.
We presented our work at the conference as an oral presentation
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Generative Audio Synthesis with a Parametric Model
Krishna Subramani,
Alexandre D'Hooge,
Preeti Rao
ISMIR 2019 Late Breaking/Demo
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Audio Examples /
BibTeX
Propose a parametric representation for audio corresponding more directly to its musical attributes such as pitch, dynamics and timbre. For more control over generation, we also propose the use of a conditional variational autoencoder which conditions the timbre on pitch.
We presented our work as a poster in the ISMIR 2019 Late Breaking/Demo session
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Submitted
Research Experience
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Variational Parametric Models for Audio Synthesis
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Review of Generative Models for Audio Synthesis
(Ongoing)My Master's thesis work on generative parametric models for audio synthesis.
I presented the work done by me so far as an oral presentation for the first stage defense of my Master's thesis
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Compression using Graph Signal Processing
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Notebook Demonstration of the Code
Inspired by the authors work on compressing distributed data by modeling it as graphs, we decided to try out and extend the idea to a new dataset by performing outlier removal, data imputation and clipping, and were able to successfully compress it at a significantly faster rate(~8x speedup) than conventional techniques.
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Data Sonification using Granular Synthesis
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Code Repository
Implemented a real-time granular synthesizer on Pure Data. Also ideated a scheme where the parameters of the synth could be controlled externally with data, thus 'sonifying' the data!
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Kuramoto Model and Oscillatory Networks
Image Recall
Implemented an image retrieval(memory recall) task using the Kuramoto Model. Extended this to try out graph coloring using Oscillatory Networks.
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