Avinash Barnwal

Avinash Barnwal

Scientist with interests in Finance and Machine Learning

Posts by Collection

books

No Rules Rules Netflix and Culture of Reinvention

Published:

Chapter - 1

A GREAT WORKPLACE IS STUNNING COLLEAGUES

  • Your number one goal as a leader is to develop a work environment consisting exclusively of stunning colleagues.
  • Stunning colleagues accomplish significant amounts of important work and are exceptionally creative and passionate.
  • Jerks, slackers, sweet people with nonstellar performance or pessimists left on the team will bring down the performance of everyone.

The Bezos Letters: 14 Principles to Grow Your Business Like Amazon

Published:

Test

  • Encourage “Successful Failure”—Blue Origin begins by experimenting small to see what works best (space exploration is a bit pricey, even for Bezos).
  • Bet on Big Ideas—Space travel is, obviously, a big idea.
  • Practice Dynamic Invention and Innovation—They have to invent and create for the unknowns in space travel.

How To Win Friends and Influence People

Published:

SIX WAYS TO MAKE PEOPLE LIKE YOU PRINCIPLE

  • Become genuinely interested in other people.
  • Smile.
  • Remember that a person’s name is to that person the sweetest and most important sound in any language.
  • Be a good listener. Encourage others to talk about themselves.
  • Talk in terms of the other person’s interests.
  • Make the other person feel important—and do it sincerely.

geeta

overthinking

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Overthinking and Dependencies over others

self awareness

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Chapter 4
Verse 4.42
tasmadadhnyanasambhutam hrutstham dnyanasina̕̕tmanah. chhittvainam sanshayam yogamatishthottishth bharat

karm yog

Published:

Chapter 5
Verse 5.1-2

karm_yog

Published:

Chapter 5
Verse 5.4
uparyuktt sannyaas aur karmayog ko moorkh log prthak-prthak phal dene vaale kahate hain na ki panditajan ; kyonki donon mein se ek mein bhee samyak prakaar se sthit purush donon ke phalaroop paramaatma ko praapt hota hai

geeta_setup

Published:

Verse 1.1
धृतराष्ट्र उवाच | धर्मक्षेत्रे कुरुक्षेत्रे समवेता युयुत्सवः | मामकाः पाण्डवाश्चैव किमकुर्वत सञ्जय || 1 ||
Translation: Dhritarashtra said: O Sanjaya, assembled in the holy land of Kurukshetra and desirous of battle, what did my sons and the sons of Pandu do?
Verse 1.2
सञ्जय उवाच | दृष्ट्वा तु पाण्डवानीकं व्यूढं दुर्योधनस्तदा | आचार्यमुपसंगम्य राजा वचनमब्रवीत् || 2 ||
Translation: Sanjaya said: O King, after seeing the army of the Pandavas arrayed in military formation, King Duryodhana approached his teacher, Dronacharya, and said the following words.
Verse 1.3
पश्यैतां पाण्डुपुत्राणामाचार्य महतीं चमूम् | व्यूढां द्रुपदपुत्रेण तव शिष्येण धीमता || 3 ||
Translation: Behold, O Teacher, this mighty army of the sons of Pandu, arrayed by the son of Drupada, your wise disciple.
Verse 1.4
अत्र शूरा महेष्वासा भीमार्जुनसमा युधि | युयुधानो विराटश्च द्रुपदश्च महारथः || 4 ||
Translation: Here in this army are many heroic bowmen equal in fighting to Bhima and Arjuna: Yuyudhana, Virata, and the mighty Drupada.
Verse 1.5
धृष्टकेतुश्चेकितानः काशिराजश्च वीर्यवान् | पुरुजित्कुन्तिभोजश्च शैब्यश्च नरपुङ्गवः || 5 ||
Translation: There are also great heroes like Dhrishtaketu, Chekitana, the valiant king of Kashi, Purujit, Kuntibhoja, and Shaibya, the best among men.
Verse 1.6
युधामन्युश्च विक्रान्त उत्तमौजाश्च वीर्यवान् | सौभद्रो द्रौपदेयाश्च सर्व एव महारथाः || 6 ||
Translation: There are the courageous Yudhamanyu and the valiant Uttamaujas, the son of Subhadra, and the sons of Draupadi—all great warriors.
Verse 1.7
अस्माकं तु विशिष्टा ये तान्निबोध द्विजोत्तम | नायका मम सैन्यस्य संज्ञार्थं तान्ब्रवीमि ते || 7 || Translation: O best of the Brahmanas, let me now tell you about the prominent commanders of my army, for your information.
Verse 1.8
भवान्भीष्मश्च कर्णश्च कृपश्च समितिंजयः | अश्वत्थामा विकर्णश्च सौमदत्तिस्तथैव च || 8 || Translation: There are personalities like yourself, Bhishma, Karna, Kripa, Ashwatthama, Vikarna, and Bhurishrava, who are ever victorious in battle.
Verse 1.9
अन्ये च बहवः शूरा मदर्थे त्यक्तजीविताः | नानाशस्त्रप्रहरणाः सर्वे युद्धविशारदाः || 9 || Translation: There are many other heroes who have given up their lives for my sake. They are all skilled in the art of warfare and armed with various weapons.
Verse 1.10
अपर्याप्तं तदस्माकं बलं भीष्माभिरक्षितम् | पर्याप्तं त्विदमेतेषां बलं भीमाभिरक्षितम् || 10 || Translation: Our strength, protected by Bhishma, is unlimited, while the strength of the Pandavas, protected by Bhima, is limited.
Verse 1.11
अयनेषु च सर्वेषु यथाभागमवस्थिताः | भीष्ममेवाभिरक्षन्तु भवन्तः सर्व एव हि || 11 || Translation: Therefore, all of you must now give full support to Bhishma, stationed at your respective strategic points in the formation of the army.
Verse 1.12
तस्य सञ्जनयन्हर्षं कुरुवृद्धः पितामहः | सिंहनादं विनद्योच्चैः शङ्खं दध्मौ प्रतापवान् || 12 || Translation: Then, to encourage Duryodhana, the mighty grandsire of the Kuru dynasty, Bhishma, the oldest among the warriors, blew his conch shell loudly like the roar of a lion.
Verse 1.13
ततः शङ्खाश्च भेर्यश्च पणवानकगोमुखाः | सहसैवाभ्यहन्यन्त स शब्दस्तुमुलोऽभवत् || 13 || Translation: After that, conch shells, kettle drums, tabors, trumpets, and cow horns blared forth, and the combined sound was tumultuous.
Verse 1.14
ततः श्वेतैर्हयैर्युक्ते महति स्यन्दने स्थितौ | माधवः पाण्डवश्चैव दिव्यौ शङ्खौ प्रदध्मतुः || 14 || Translation: Then, Lord Krishna and Arjuna, stationed in a grand chariot drawn by white horses, sounded their divine conch shells.
Verse 1.15
पाञ्चजन्यं हृषीकेशो देवदत्तं धनञ्जयः | पौण्ड्रं दध्मौ महाशङ्खं भीमकर्मा वृकोदरः || 15 || Translation: Hrishikesha (Krishna) blew his conch, called Panchajanya, and Arjuna blew his, the Devadatta. Bhima, the performer of mighty deeds, blew his conch, the Paundra.
Verse 1.16
अनन्तविजयं राजा कुन्तीपुत्रो युधिष्ठिरः | नकुलः सहदेवश्च सुघोषमणिपुष्पकौ || 16 || Translation: King Yudhishthira, the son of Kunti, blew his conch, the Anantavijaya, while Nakula and Sahadeva blew the Sughosha and Manipushpaka.
Verse 1.17
काश्यश्च परमेष्वासः शिखण्डी च महारथः | धृष्टद्युम्नो विराटश्च सात्यकिश्चापराजितः || 17 || Translation: The great archer, King of Kashi, the mighty warrior Shikhandi, Dhrishtadyumna, Virata, and the invincible Satyaki blew their respective conch shells.
Verse 1.18
द्रुपदो द्रौपदेयाश्च सर्वशः पृथिवीपते | सौभद्रश्च महाबाहुः शङ्खान्दध्मुः पृथक्पृथक् || 18 || Translation: O King, Drupada, the sons of Draupadi, and the mighty-armed Abhimanyu, son of Subhadra, all blew their respective conch shells.
Verse 1.19
स घोषो धार्तराष्ट्राणां हृदयानि व्यदारयत् | नभश्च पृथिवीं चैव तुमुलोऽभ्यनुनादयन् || 19 || Translation: The tremendous sound, resounding through the sky and earth, shattered the hearts of Dhritarashtra’s sons.
Verse 1.20
अथ व्यवस्थितान्दृष्ट्वा धार्तराष्ट्रान् कपिध्वजः | प्रवृत्ते शस्त्रसम्पाते धनुरुद्यम्य पाण्डवः || 20 || Translation: At that time, the son of Pandu, Arjuna, whose flag bore the emblem of Hanuman, took up his bow as he prepared to engage in battle, seeing the sons of Dhritarashtra arrayed before him.

krishan_started_talking_to_arjun

Published:

Bhagavad Gita - Chapter 2, Verse 1
सञ्जय उवाच तं तथा कृपयाविष्टम् अश्रुपूर्णाकुलेक्षणम्। विषीदन्तम् इदं वाक्यम् उवाच मधुसूदनः॥

life

Cricket

Published:

Cricket

music

publications

Generalising the drift rate distribution for linear ballistic accumulators

Published in Journal of Mathematical Psychology Volumes 68–69, October–December 2015, Pages 49-58, 2015

The linear ballistic accumulator model is a theory of decision-making that has been used to analyse data from human and animal experiments.

Recommended citation: Andrew Terry and A.A.J. Marley and Avinash Barnwal and E.-J. Wagenmakers and Andrew Heathcote and Scott D. Brown (2015). "Generalising the drift rate distribution for linear ballistic accumulators." Journal of Mathematical Psychology . https://www.sciencedirect.com/science/article/abs/pii/S0022249615000577

Stacking with Neural Network for Cryptocurrency investment

Published in 2019 New York Scientific Data Summit (NYSDS), 2015

Predicting the direction of assets have been an active area of study and difficult task. Machine learning models have been used to build robust models to model the above task. Ensemble methods are one of them resulting better than single supervised method. We have used generative and discriminative classifiers to create the stack, particularly 3 generative and 6 discriminative classifiers and optimized over one-layer Neural Network to model the direction of price cryptocurrencies. Features used are technical indicators not limited to trend, momentum, volume, volatility indicators and sentiment indicators. For Cross validation, Purged Walk forward cross validation has been used. In terms of accuracy, we have done comparative analysis of the performance of Ensemble method with Stacking and individual models. We have also developed methodology for features importance for stacked model. Important indicators are identified based on feature importance.

Recommended citation: A. Barnwal, H. P. Bharti, A. Ali and V. Singh, ""Stacking with Neural Network for Cryptocurrency investment"" 2019 New York Scientific Data Summit (NYSDS) . https://ieeexplore.ieee.org/document/8909804

Network Elastic Net for Identifying Smoking specific gene expression for lung cancer

Published in 2019 New York Scientific Data Summit (NYSDS), 2019

Survival month for non-small lung cancer patients depend upon which stage of lung cancer is present. Our aim is to identify smoking specific gene expression biomarkers in prognosis of lung cancer patients. In this paper, we introduce the network elastic net, a generalization of network lasso that allows for simultaneous clustering and regression on graphs. In network elastic net, we consider similar patients based on smoking cigarettes per year to form the network. We then further find the suitable cluster among patients based on coefficients of genes having different survival month structures and showed the efficacy of the clusters using stage enrichment. This can be used to identify the stage of cancer using gene expression and smoking behavior of patients without doing any tests.

Recommended citation: A. Barnwal, "Network Elastic Net for Identifying Smoking specific gene expression for lung cancer," 2019 New York Scientific Data Summit (NYSDS), New York, NY, USA, 2019, pp. 1-4, doi: 10.1109/NYSDS.2019.8909802. https://ieeexplore.ieee.org/abstract/document/8909802

Survival regression with accelerated failure time model in XGBoost

Published in Arxiv, 2020

Survival month for non-small lung cancer patients depend upon which stage of lung cancer is present. Our aim is to identify smoking specific gene expression biomarkers in prognosis of lung cancer patients. In this paper, we introduce the network elastic net, a generalization of network lasso that allows for simultaneous clustering and regression on graphs. In network elastic net, we consider similar patients based on smoking cigarettes per year to form the network. We then further find the suitable cluster among patients based on coefficients of genes having different survival month structures and showed the efficacy of the clusters using stage enrichment. This can be used to identify the stage of cancer using gene expression and smoking behavior of patients without doing any tests.

Recommended citation: Barnwal, Avinash et al. “Survival regression with accelerated failure time model in XGBoost.” ArXiv abs/2006.04920 (2020): n. pag. https://arxiv.org/pdf/2006.04920.pdf

talks

teaching

yoga